Every afternoon, while I work on my laptop and my 3-year-old takes his nap, my daughter reads anything that she fancies. For weeks, the books I saw her read were about the solar system. So, when she asked me if we could learn about stars and constellations, I knew it was time to focus on the topic. Her dad sparked this interest by pointing out, or at least talking about, the different constellations every time we would go out for some fresh night air.
Immersing ourselves in the sun, stars, and planets was easy, since interest was already there. Here are the highlights of our two weeks in space. Enjoy the solar system activities for kids!
I always make sure that we have a good mix of reference and picture books when learning about anything scientific. Here are good titles to look out for. (Please note that these links are Amazon affiliate links and we would earn a bit of commission if you buy any of these books after clicking on the links.)
- Big and Busy Space by Roger Priddy
- Exploring Space: From Ancient Legends to the Telescope to Modern Space Missions
- I Wonder Why Stars Twinkle and Other Questions About Space by Carole Stott
- The Sky is Full of Stars by Franklyn M. Branley, Illustrated by Felicia Bond
- The Sun Our Nearest Star by Franklyn M. Branley
- The Big Dipper Franklyn M. Branley and Molly Coxe
- Greek Beasts and Heroes series
We truly enjoyed the activities in our KaHone Outer Space Box. We made a simple paper rocket that we blew to space with a straw, an alien headband (no chance that I’ll post a photo of me wearing that!), and the Earth, Sun, and Moon,
studied using a flashlight how the Sun lights up the Earth and Moon,
and lit up a fire with the power of the sun using a magnifying glass. Silly me, I first let the kids try it with a fresh green leaf instead of a dry one!
We were also finally able to install our Uncle Milton Solar System In My Room, which I had my mom give the kids last Christmas (hehe). Itcomes with an audio CD presentation about the planets and a light pointer for you to shine on the planet being talked about in the CD. It’s nice to just lie down and stare at the planets whir around the sun.
We attempted to look at the stars with our low-tech telescope (it says National Geographic on the box) but we couldn’t focus it. We could not even see the moon! So, we checked out the constellations with the iPad app Sky Safari, which guides you in looking for the constellations.
And of course, we visited the Philippine Science Centrum for the second time to specifically look at their space exhibit. It’s a truly interactive museum that is great for kids as young as 5 years old. We checked our weight in the different planets,
looked at the constellations,
experimented with the phases of the moon (the exhibit is really simple and clear),
and donned a spacesuit (it’s really just a video camera that shows your face on the screen inside the astronaut’s helmet).
Oh, and we read the book The Magic School Bus Sees Stars and watched its video version.
We also memorized the order of the planets through this handy mnemonic: My Very Earnest Mother Just Served Us Nine Pickles for Mercury, Venus, Mars, Jupiter, Saturn, Uranus, and Neptune.
Have you studied the solar system with your kids? What other fun activities did you do?


Newton’s law of gravitation
It states that everybody in this universe attracts other body with a force which is proportional to the product of the masses of two bodies and inversely proportional to the square of the distance between their centers.
From Newton’s law of Gravitation,
If two masses of unit mass are placed at a unit distance apart then, F=G
So, G is numerically equal to the force between two bodies of unit masses kept unit distance apart. Its value is 6.67×10-11Nm2Kg-2. Its diameter is [L3M-1T-2].
Properties of G
It is independent of nature of masses
It is independent of medium in which the two masses are kept
Its value is same for small or large masses i.e. stars and galaxies to atoms
Properties of gravitational forces:
It is independent of the intervening medium between two bodies. It obeys Newton’s 3rd Law i.e. if body A exerts some force on body B then B exerts an equal but opposite force on A. So the force along the line joining the centre of two bodies is central and conservative in nature.
Gravitation & gravity
The force of attraction between any two large or small bodies is called gravitation. But if one of these forces happens to be earth then the force of attraction given by the earth on this small body is called gravity.


Solar Eclipse Event
Location: USD Coyote Legacy Statue & Muenster University Center
Time: 1:30 - 2:30 PM (peak of 78% at 1:55 PM)
Description: Join us to watch the Solar Eclipse of 2024 - the biggest outdoor spectator event in American history! We will provide free solar-viewing glasses from NASA to watch the eclipse near the Coyote Legacy Statue outside of the MUC. Stop by the MUC Pit for eclipse information and free snacks. The event is open to the public, so feel free to use campus parking lots (UPD will not be ticketing during the event). In case of bad weather, the event will be indoors in the MUC and focus on watching the NASA broadcast from the totality zone. Snacks will still be available. More information about the event is available here. This event is organized by USD Physics Club, USD Student Services, and NASA Partner Eclipse Ambassadors.


THE National Aeronautics and Space Administration of the United States (NASA) recently released these funky posters to give an idea of what the future will be like, a time when humans can regularly travel to planets and moons in outer space.
The groovy old school designs of these posters give off 80’s vibes which contrast with its futuristic theme. This makes us wanna get into a rocketship right now and space travel!
At NASA/JPL we strive to be bold in advancing the edge of possibility so that someday, with the help of new generations of innovators and explorers, these visions of the future can become a reality. As you look through these images of imaginative travel destinations, remember that you can be an architect of the future.
These posters would look so great on your walls, framed. And this is why NASA has been kind enough to make them available to the public for free.
Have a look or print them out for a friend for a quick DIY birthday gift and thank us later.


“Poker in Space: The Astronauts’ Intergalactic Poker Game Aboard the International Space Station” is a thrilling and unique concept that combines the excitement of poker with the awe-inspiring setting of outer space. This captivating game takes place aboard the International Space Station, where astronauts from different nations come together to engage in a high-stakes poker tournament. With the vastness of space as their backdrop, these brave explorers showcase their skills, strategy, and camaraderie in a one-of-a-kind poker experience that pushes the boundaries of both card games and space exploration.
The Thrills and Challenges of Playing Poker in Zero Gravity
In zero gravity, the dynamics of poker change dramatically. The absence of gravity means that the cards float freely, making it impossible to hold them in your hand. Instead, astronauts have to rely on specially designed playing cards that stick to a surface using Velcro. This allows them to deal and hold their cards in place, preventing them from floating away.
The lack of gravity also affects the way players interact with the chips. In a traditional poker game, players use their hands to stack and shuffle chips. However, in space, chips would simply float away if not secured. To overcome this challenge, astronauts use magnetic chips that stick to a surface, ensuring that they stay in place during the game.
The absence of gravity not only changes the physical aspects of the game but also adds a new level of complexity to the strategy. In a zero-gravity environment, players must carefully consider their moves, as the usual cues and body language are no longer applicable. Without the ability to read facial expressions or observe subtle gestures, astronauts must rely solely on their opponents’ betting patterns and the cards on the table to make informed decisions.
Furthermore, the lack of gravity introduces an element of unpredictability to the game. In a traditional poker game, players can use their body language to bluff or deceive their opponents. However, in zero gravity, it becomes nearly impossible to control one’s movements. Every action, no matter how subtle, can send the player floating in a different direction, potentially revealing their intentions. This forces astronauts to rely more on their skills and the strength of their hands rather than relying on psychological tactics.
Playing poker in zero gravity also presents unique challenges in terms of logistics. In a confined space like the ISS, finding a suitable location to play can be a challenge. Astronauts often gather in the Harmony module, which provides enough space for a small table and chairs. However, the limited space means that only a few players can participate at a time, making the game more exclusive and intimate.
Despite the challenges, playing poker in space offers a welcome respite from the demanding and rigorous tasks that astronauts face daily. It provides them with an opportunity to relax, bond, and engage in a friendly competition that transcends the boundaries of Earth. The game serves as a reminder of the shared humanity of astronauts from different nations, united by their love for poker and their passion for exploration.
In conclusion, playing poker in zero gravity is a thrilling and challenging experience for the astronauts aboard the International Space Station. The absence of gravity changes the dynamics of the game, requiring astronauts to adapt their strategies and rely solely on their opponents’ betting patterns and the cards on the table. Despite the logistical challenges and the lack of traditional cues, poker in space offers a unique opportunity for astronauts to unwind and connect with their fellow crew members. It is a testament to the resilience and adaptability of human beings, even in the most extraordinary circumstances.
Astronauts’ Poker Faces: How Space Travel Impacts the Game
As astronauts embark on their journey to space, they leave behind the comforts of Earth and enter a world of weightlessness and isolation. However, even in this extraterrestrial environment, the human desire for entertainment and social interaction remains. One popular pastime among astronauts is playing poker, a game that has been adapted to the unique conditions of space travel. In this article, we will explore how the challenges of space impact the astronauts’ poker faces and the dynamics of the game.
The first challenge that astronauts face when playing poker in space is the absence of gravity. In the weightless environment of the International Space Station (ISS), cards cannot simply be spread out on a table. Instead, astronauts must use specially designed playing cards that stick together using Velcro. This ensures that the cards do not float away and cause chaos during the game. The lack of gravity also affects the way players handle their chips. Without the force of gravity to keep them in place, chips can easily float away, leading to confusion and potential disputes. To overcome this, astronauts use magnetic chips that stick to the table, allowing for a more stable and controlled game.
Another factor that impacts the astronauts’ poker faces is the isolation they experience in space. Unlike on Earth, where players can rely on subtle facial expressions and body language to bluff or read their opponents, astronauts are confined to the small space of the ISS with a limited number of crew members. This means that they are constantly playing against the same opponents, making it difficult to surprise or deceive each other. As a result, the game becomes more focused on the mathematical and strategic aspects of poker, rather than the psychological element.
Furthermore, the psychological effects of space travel can also influence the astronauts’ poker faces. Spending months in a confined space, far away from family and friends, can take a toll on one’s mental well-being. The constant exposure to the same people and the lack of privacy can lead to heightened stress levels and emotional strain. These factors can impact the way astronauts interact with each other during the game, potentially affecting their ability to maintain a neutral poker face. However, the rigorous training that astronauts undergo before their mission helps them develop the mental resilience needed to cope with these challenges and maintain focus during the game.
Despite the unique challenges of playing poker in space, the game continues to be a source of entertainment and camaraderie among astronauts. It provides a much-needed break from the demanding tasks and routines of space travel, allowing them to relax and bond with their fellow crew members. The game also serves as a reminder of their connection to Earth, as they play with cards and chips that have been specially designed for the weightless environment of the ISS.
In conclusion, poker in space presents a fascinating adaptation of the game to the unique conditions of space travel. The absence of gravity, isolation, and psychological effects of space all impact the astronauts’ poker faces and the dynamics of the game. Despite these challenges, poker remains a popular pastime among astronauts, providing them with a much-needed break and a sense of connection to Earth. As we continue to explore the mysteries of space, it is intriguing to consider how our favorite games and pastimes can adapt and evolve in this new frontier.
Out of This World Bluffs: Strategies for Poker in Space
Playing poker in space presents a unique set of challenges and opportunities. With zero gravity and limited resources, the game takes on a whole new dimension. Astronauts must adapt their strategies and develop new techniques to succeed in this extraterrestrial environment.
One of the most significant challenges of playing poker in space is the absence of gravity. In a zero-gravity environment, the dynamics of the game change completely. Without the force of gravity to hold the cards down, they float freely in the air. This makes it difficult for players to keep their cards hidden from their opponents, as they can easily be seen from any angle. To counter this, astronauts have developed special card holders that keep the cards in place, ensuring that their hands remain a secret.
Another challenge is the limited resources available on the International Space Station. Unlike on Earth, where players can easily replenish their chips, astronauts have a finite amount of resources at their disposal. This means that they must carefully manage their chips and make strategic decisions about when to bet and when to fold. Every chip is precious in space, and wasting them on a losing hand could have dire consequences for the rest of the game.
Despite these challenges, playing poker in space also presents unique opportunities. The absence of gravity allows for new bluffing techniques that are impossible on Earth. Astronauts can use their weightlessness to their advantage, pretending to have a strong hand by casually tossing their chips into the air or effortlessly shuffling their cards. These subtle gestures can be incredibly convincing and can lead opponents to make costly mistakes.
Furthermore, the isolation and confinement of the International Space Station create a unique psychological environment that can be exploited in the game. Astronauts spend months together in close quarters, forming strong bonds and developing a deep understanding of each other’s behaviors and tendencies. This intimate knowledge can be used to read opponents and predict their moves, giving players a significant advantage in the game.
In conclusion, poker in space is a truly out of this world experience. Astronauts aboard the International Space Station face unique challenges and opportunities when playing the game. From adapting to zero gravity to managing limited resources, the game takes on a whole new dimension in space. However, the absence of gravity and the psychological dynamics of living in close quarters create new bluffing techniques and opportunities for strategic play. Poker in space is a testament to the adaptability and ingenuity of the human spirit, proving that even in the most challenging environments, the game can still be played and enjoyed.
The International Space Station’s Poker Tournament: Who Will Take the Cosmic Crown?
The International Space Station (ISS) is not only a hub for scientific research and technological advancements, but it is also a place where astronauts can unwind and engage in recreational activities. One such activity that has gained popularity among the astronauts is poker. Yes, you heard it right, poker in space! The ISS has become the stage for an intergalactic poker tournament, where astronauts from different nations compete for the cosmic crown.
Imagine floating in zero gravity, surrounded by the vastness of space, and playing a game of poker with your fellow astronauts. It sounds like a scene straight out of a science fiction movie, but it is a reality for the brave men and women who call the ISS their home. Poker has become a way for them to bond, relax, and have some fun amidst their demanding schedules.
The poker tournament on the ISS is not just any ordinary game. It is a high-stakes competition where the astronauts put their skills, strategy, and luck to the test. The tournament is held annually, and the stakes are astronomical. The winner not only earns the title of the best poker player in space but also receives a special prize from their respective space agencies.
The tournament begins with a series of qualifying rounds, where astronauts compete against each other to secure a spot in the final table. The games are played using specially designed decks of cards that are resistant to the microgravity environment of the ISS. The absence of gravity adds an extra layer of complexity to the game, as the cards tend to float around, making it challenging to keep track of them.
As the tournament progresses, the tension and excitement among the astronauts reach new heights. Each player brings their unique style and strategy to the table, making the game unpredictable and thrilling. The astronauts have to rely not only on their skills but also on their ability to adapt to the ever-changing conditions of the ISS.
The poker tournament also serves as a platform for cultural exchange and camaraderie among the astronauts. They come from different countries, speak different languages, and have diverse backgrounds, but poker brings them together. It is a universal language that transcends borders and allows them to connect on a deeper level.
The final table of the tournament is a sight to behold. The astronauts gather around a specially designed poker table, floating effortlessly in zero gravity. Their concentration is palpable as they carefully study their opponents and make calculated moves. The tension in the air is almost tangible as they vie for the cosmic crown.
In the end, only one astronaut emerges as the champion, taking home the coveted title and the admiration of their fellow crew members. The poker tournament on the ISS is not just a game; it is a testament to the human spirit of exploration, resilience, and camaraderie. It is a reminder that even in the vastness of space, we can find moments of joy and connection.
So, the next time you look up at the night sky and wonder what the astronauts aboard the ISS are up to, remember that they might just be engaged in an intense game of poker, battling it out for the cosmic crown. Poker in space is not just a game; it is a symbol of the indomitable spirit of humanity reaching for the stars.
Cosmic Card Sharks: Exploring the Astronauts’ Poker Skills in Space
In the vast expanse of space, where astronauts float weightlessly aboard the International Space Station (ISS), a unique form of entertainment takes place. Far from the confines of Earth, these intrepid explorers engage in a game that transcends borders and gravity – poker. Yes, even in the depths of space, the astronauts find time to test their skills and engage in friendly competition.
Poker, a game of strategy and skill, has long been a favorite pastime for people on Earth. It is no surprise that astronauts, with their sharp minds and quick thinking, would be drawn to this captivating game. However, playing poker in space presents its own set of challenges and unique experiences.
One of the most significant challenges faced by astronauts playing poker in space is the lack of gravity. On Earth, players rely on the weight of their chips to keep them in place and prevent them from sliding around the table. In space, however, chips would float freely, making it impossible to keep track of bets and pot sizes. To overcome this obstacle, astronauts use specially designed playing cards and chips that adhere to the table using Velcro. This allows them to play the game without the frustration of floating chips.
Another challenge faced by astronauts is the limited space available on the ISS. The station is a marvel of engineering, but it is still a confined environment. Finding a suitable location to set up a poker table can be a logistical puzzle. However, the astronauts’ resourcefulness and adaptability shine through, as they manage to create a makeshift poker table using available surfaces and materials. It may not be the most luxurious setting, but it serves its purpose and allows the game to go on.
Playing poker in space also offers a unique perspective on the game. Looking out of the ISS’s windows, astronauts are treated to breathtaking views of Earth and the vastness of space. These awe-inspiring sights can serve as a reminder of the fragility and beauty of our planet, adding an extra layer of significance to the game. It is a humbling experience to play poker while floating above the Earth, surrounded by the wonders of the universe.
The astronauts’ poker games also serve as a way to foster camaraderie and build relationships among the crew members. Living and working in close quarters for extended periods can be challenging, and finding ways to relax and bond is crucial for the astronauts’ well-being. Poker provides a much-needed break from the demands of their scientific work and allows them to connect on a personal level. It is during these games that friendships are forged and memories are made, creating a sense of unity among the crew.
In conclusion, poker in space is not just a game; it is a testament to the ingenuity and adaptability of astronauts. Overcoming the challenges of zero gravity and limited space, they find a way to indulge in their love for poker. The game takes on a new meaning in the vastness of space, offering a unique perspective and fostering camaraderie among the crew. As the astronauts float weightlessly, shuffling cards and placing bets, they remind us that even in the most extraordinary circumstances, the human spirit finds a way to seek entertainment and connection. “Poker in Space: The Astronauts’ Intergalactic Poker Game Aboard the International Space Station” is a fictional concept that combines the thrill of poker with the intrigue of space exploration. It imagines a scenario where astronauts engage in a poker game while aboard the International Space Station, adding an exciting twist to the traditional game. While this concept may be entertaining, it is important to note that it is purely fictional and not a real event that has taken place.


Every night from now until mid August you can catch a Perseid meteor. As the shower approaches maximum, this year on Monday, August 12th for North America, the show gets better. While its fun to see a few meteors streak across the sky at night nothing beats seeing a strong meteor shower at its peak. The Perseids are special in that their peak is very broad, which means you will see a high number of meteors for many hours. At its maximum you should see about one meteor per minute if you’re away from any city lights.
If one lives in the middle of North America, the Central Time zone, you would notice Meteor Shower Guide calculates the Perseid shower peak to be about 1:30pm. That’s the middle of the day. So what is the best night to observe? This year Sunday night, August 11th into Monday morning, August 12th, is the best observing time.
Even more specific, early Monday morning in the few hours before darkness ends an observer will likely see the most Perseid meteors. This is due to two factors. First, the spot where the Perseid meteors appear to come from, the radiant, is highest in the sky at the end of darkness. Second, the meteor shower is approaching its peak since Earth is going through the densest part of the Perseid meteoroid stream.
If you don’t want to stay up all Sunday night into Monday then I’d suggest getting up early Monday morning, before 3:00am and observe until it’s no longer dark. That maybe the best strategy for younger observers, many people can’t stay awake all night observing the night sky and if someone falls asleep by midnight they will miss the best part of the shower. If you want to show someone the wonders of a good meteor shower then Monday morning is the ideal time.
What about observing Monday night? That would be a good fallback plan but assuming the Perseid shower behaves as it has in past years the meteor count will not be as high. While its only 12 hours after the showers predicted peak the hourly rates will be lower since the radiant is low in the sky. As the radiant rises Monday night Earth is exiting the cloud of dust particles causing the meteor shower. So by end of darkness Tuesday morning the number of meteor’s you might see is dropping.
Observing as soon as its dark on Sunday or Monday night might result in seeing a special treat: earth grazing meteors.
As with any meteor shower the best place to observe is far away from city lights. If you can make out the Milky Way then it’s probably dark enough. That is the most important rule in watching meteor showers: the darker the sky the more meteors you will see.


TOPIC OF SITE
From the middle of the 19th century to the first half of the 20th century, in scientific and scientific-popular works (not to mention fantastic works) the projects of ships for interplanetary flights were actively discussed. It was then that the names of Konstantin Eduardovich Tsiolkovsky and Herman Ganswindt became known. Yury V. Kondratyuk (Alexander Ignatievich Shargey), Friedrich Arturovich Zander, German Obert, Robert Yesno-Peltri, Robert Goddard — those whom the founders and creators of real rocketry and cosmonautics, Mikhail Klavdievich Tikhonravov, Sergey Pavlovich Korolev began , Valentin Petrovich Glushko, Vladimir Nikolaevich Chelomey, Mikhail Kuzmich Yangel, Werner von Braun, were called by their teachers.
The second half of the twentieth century was marked by a real breakthrough in space technology, which made it possible to start exploring near-earth space with automatic instruments and man, send reconnaissance to the planets of the solar system, research vehicles, explore the Earth from space, etc.
What’s next? How should astronautics develop? Where to walk, in what ways?
Many experts believe that further space exploration is impossible without the creation of space infrastructures. It will be necessary, so to speak, to «pull up the rears» into the Earth’s orbit. Apparently, we will have to go along the path of deploying «enterprises» in orbit, that is, complexes for the creation of large space structures, such as solar power plants, nuclear power plants, radio antennas, powerful means of Earth sounding, heavy interplanetary shuttles (they are often called reusable space transport tugs — MTKB), tourist complexes, etc. No less interesting and promising, as well, is the direction of repair and maintenance of large constellations of complex and expensive spacecraft deployed in near-earth orbit.
Already now, the tasks of servicing and repairing large satellites and elements of satellite constellations that are out of order or have used up fuel are becoming urgent. Inevitably, there will be a need to create service robotic complexes that should be based somewhere.
It’s time to settle in space. Without much exaggeration, we can say that the creation and development of near-Earth infrastructure, which provides assembly, preparation for operation, repair, maintenance and other necessary operations directly in near-earth orbit, will provide a decisive advantage in all spheres of space activity.
Astronautics is already transitioning to a new quality. Modern cosmonautics (and especially near-earth, orbital) ceases to be a state patrimony. In this area of human activity come private companies, corporations and individuals. This can not but rejoice, because in this is seen a pledge of its further development, which will depend not only on the political or military situation, but will also be determined by the real interests of humanity. Nowadays, it has become clear that only by joint efforts can we carry out those ambitious projects that we dreamed of, and for which great scientists and practitioners of the space industry have worked. They were confident that the path to space is the only possible for humanity, which will become more and more closely on the planet.
The materials used on the site are open sources, as well as proprietary materials of the company SPC SM at MSTU. N.E.Bauman. The main theme of the site is a brief overview of promising space technology in the context of creating possible technologies for assembly and service operations in Earth orbit.
It is strongly convinced that the development of astronautics should be based on the use of rich experience in performing various technological operations, promising developments of remote-controlled manipulators and robotic autonomous means acquired over the years of manned flights to create a specialized space station (or even stations) that provide after-sales service, repair and assembly operations directly in orbit.


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March 25, 2023 @ 10:00 am - 11:00 am
Part of the Volusia Reads Together program, based on the sci-fi novel Project Hail Mary by Andy Weir. Join the staff of the Emil Buehler Planetarium for a unique and safe opportunity to view the sun through a specialized solar telescope. Guests will be able to view sunspots, flares and prominences. The telescopes used are made specifically for observing the sun, making them safe for anyone to look through. Free. Call 386-822-6430.


EXPLORING PLAYA DEL CARMEN
All photos by Andrea Ruiz Perron of BuyPlaya Real Estate Advisors
Playa del Carmen’s cultural scene has been growing by leaps and bounds in the past few years, with a new city theater, plenty of free family activities, and non-stop community events. Just a few months ago, Playa del Carmen welcomed yet another beautifully designed space for culture and education: Sayab Planetarium.
The name Sayab comes from the Mayan word that means “endless vein of water”. The new planetarium is a scientific, technological and cultural center whose mission is “the social appropriation of knowledge through science”. The fascinating and colorful exhibits at Sayab are focused around four main principals: underground water, biodiversity, culture and space.
First, they have two workshop areas designed especially for kids (but grown-ups can enjoy them, too!) with workshops entitled Fun Science, Through Mirrors, Newton’s Disco, Fossils, Plastiball, Spiders, Non-Newtonian Fluids, The Microscopic World and Microscopic Bugs, along with 15 touchscreens with interactive games.
You can even experience virtual reality on your visits to Playa del Carmen’s planetarium! The virtual reality experience features adventures ranging from a roller coaster ride to a trip to Mars.
The museology area is dedicated to our region: the Yucatan Peninsula. Learn all about the caves, biodiversity and history of this stunning and mysterious part of the world.
Of course, no planetarium would be complete without a way to peer into outer space. Sayab Planetarium’s observatory features two impressive telescopes for gazing at the sun and other stars.
Outside the building is a beautiful jungle area with a learning path called “Sacbé” (which means “white path” in the Mayan language), an idyllic place to experience the plants and trees of Quintana Roo while learning about the state’s amazing wildlife.
The planetarium also has an immersion dome with several captivating films: Flight Adventures, Two Pieces of Glass, Invaders from Mars, Lamps of Atlantis, The Secret Life of Stars, and Mayan Skies.
The auditorium seats up to 190 people, and features showcase conferences every Saturday.
Sayab also features a water museum, and soon they’ll be opening a museology room. They also host a variety of community events like a bike-a-thon, chess tournaments and more.
Sayab Planetarium is part of Quintana Roo’s state planetarium network, which also includes Yok’ol Kaab Planetarium in Chetumal, Ka’Yok’ Planetarium in Cancun, and Cha’an Ka’an Planetarium on the island of Cozumel, as well as two mobile units that make visits to smaller communities within the state of Quintana Roo.
We’re proud to say that we at BuyPlaya Real Estate Advisors even made our own donation to support the new Sayab Planetarium! Here is Cristobal Carrión, Chief of Workshops and Museology, with our very own BuyPlaya plaque at the planetarium. We’re happy to support Playa culture!
Sayab Planetarium is open from 11am to 7pm, and closes on Mondays. It’s located just behind Plaza Las Americas, on Avenida Paseo Central between Avenida Kantenah (11 Av North) and 125.
At this time, all exhibits and most shows are in Spanish, but Sayab is able to provide English-language guides on request.
To find out about upcoming shows and exhibits at the new planetarium (and to learn some cool science stuff), click here to follow Sayab Planetarium on Facebook.


I worked in Temecula today, and spur-of-the-moment decided to drive up Palomar Mountain.
S-6, "The Highway To The Stars", is a lovely drive, a seven mile long, winding, steep climb to over a mile above sea level. The perfect challenge for a V-8 Caprice SS. During the summer and on weekends, the road is host to hundreds of motorcyclists and sports car enthusiasts, but during fall and spring weekdays, it's almost totally deserted.
I was surprised how few people were at the observatory. There were just two cars in the parking lot when I arrived, and by the time I left, I was the last person there. It was nice and quiet. Lots of trees. Even more squirrels.
From a distance, the main dome doesn't look that big, but once you're inside and look up, it's easy to get dizzy from the sheer size of it. The Hale Telescope has a 200" mirror (that's almost 17 feet wide!) and is still one of the largest telescopes in the world. Unfortunately, visitors are confined to a tiny glass room in one corner; you can't get a close-up look at the equipment and you can't look through the telescope (since it doesn't have an eyepiece, there really isn't anything to look through anyway)
The museum was quite disappointing, consisting of ancient photographs of stars and galaxies and the like. And the gift shop is only open during the summer and on weekends. The other telescopes (there are 6 total on the mountain) are off-limits to the public, although the Interferometer is visible just off the trail. Did I mention the squirrels?
The drive back down the mountain is as much fun as the drive up. :)


These glasses will help me be able to see the first solar eclipse in 38 years and be comfortable while I am doing it. The glasses came and I took them out of the bag to see just what they were actually like. They were individually packaged – all 10 of them – and appear to be well made. I was surprised to see that the ‘lenses’ part of the glasses actually looked like smooth, thick aluminum foil to me. I guess I expected them to look more like green plastic sunglass lenses. The glasses themselves are cardboard and in red, white and blue colors. They look fun and festive.
What I really like about these eclipse glasses, apart from being able to see the eclipse, is that they are also keepsakes. There is a place on the inside of the glasses to put your name and mark the time you got to see the eclipse. I am aware that you can only look directly at the sun for no more than 3 minutes at a time with these, but it sure beats staring through old negatives, which a lot of folks in this digital age don’t even have lying around anymore.
If you are excited about looking forward to the eclipse and would like to purchase some for yourself, go here: https://www.amazon.com/gp/product/B073B68HGQ


One of the early successes of Czech astronautics was sending our own astronaut into space. Vladimír Remek
spent seven days on the board of the orbital station Salyut 6 in 1978. He participated in medical, biological, material and astronomic experiments and research.
According to the Czech Cosmic Office, the greatest achievements of Czech astronautics include:
Own artificial satellites Magion, which served for researching the characteristics of the magnetic field, ionosphere and plasma in the vicinity of Earth (1978–1996)
Melting furnaces for material research at the stations Salyut and MIR (1978–1995)
Adjustable platforms for the space probe Vega and the station MIR (1984, 1989)
Laser spectrometer for research of Mars’s moon Fobos (1988)
Microaccelerometer for measuring non-gravity forces (1992, 1996)
The Czech Republic is member of the most important European and world organisations dedicated to space research, such as the European Space Agency
(ESA) from 2008, the International Organization of Space Communications INTERSPUTNIK
(from 1972), the International Maritime Satellite Organisation INMARSAT
and the International Telecommunications Satellite Organisation INTELSAT
Nowadays, there are two key projects going on in Europe in the field of services based on astronautic applications: the Galileo
programme (satellite navigation) and the GMES (Global Monitoring of Environment and Security)
that gains information about processes on Earth.
There is scientific equipment of Czech production on the satellite Proba-2 sent by the ESA to the Earth’s orbit in 2009. These devices of Czech will be used to study cosmic plasma and the connection between the rapid changes of cosmic weather and changes of plasma. In 2012, the mission called Proba-3 should take place and Czech companies and scientists will collaborate on the development of a special telescope for this project.
The Czech Republic will participate in one more, perhaps more important space project, the probe Solar Orbiter, which will study the Sun. The project should be launched in 2017 and Czech scientists should cooperate in constructing the X-ray telescope, detector of radio and plasma waves, solar coronagraph and sensor for detecting proton/alpha particles.
Author: Andrea Kábelová
Source: Česká kosmická kancelář


NASA ‘s James Webb telescope has been the topic of debate everywhere in the web as of late. The telescope which has been in manufacturing for years was lastly launched not too long ago and the primary photos from the telescope hit the web mere days in the past, going viral immediately with individuals standing in awe of the great thing about the universe that James Webb telescope managed to seize. NASA revealed that with the James Webb telescope they’ve managed to seize the sharpest infrared photos of the universe in human historical past.
One man who isn’t any stranger to the great thing about the universe is Luke Skywalker, A.Ok.A Mark Hamill . In a hilarious image that Mark posted on Twitter, the actor confirmed one of many pictures from the James Webb Telescope with slightly edit to it, displaying the Dying Star within the decrease proper nook of it.
Mark Hamill hilarious captioned the image with the hashtag #Beenthere__Destroyedthat, referring to his character’s function within the Star Wars: Episode IV – A New Hope, the place Luke was liable for the destruction of the Dying Star. Mark Hamill’s Twitter is popularly identified for hilarious content material like this one and the actor as soon as once more didn’t disappoint. Social media customers discovered the Tweet hilarious.
The James Webb telescope’s extremely sharp photos of the universe have been making rounds on social media all week and getting all science and astrophysics fanatics excited. The launch of the telescope permits observations into the depths of the universe like by no means earlier than in human historical past, pushing the examine of the cosmos ahead considerably.
The galaxy cluster proven within the image that Hamill hilariously edited is 4.6 billion years outdated and the image launched on NASA’s official social media captioned it saying it’s the, “deepest and sharpest infrared picture of the distant universe up to now.”
The James Webb telescope is a $10 billion value of dream that has lastly come true and can be serving to push science ahead into a brand new period of information till additional discover.


As part of the larger ground and airborne project we plan to measure, for the first time, the infrared spectrum of the solar corona from 2 to 12 μ. No such IR spectral survey of the corona has ever been performed, yet some of the most magnetically sensitive spectral lines are theoretically predicted in this region. All of the infrared coronal lines are forbidden lines of magnetic dipole character. We do not know how infrared emission line intensities are distributed in the corona, nor do we know wavelengths accurately enough to determine detrimental effects of telluric absorption on these particular lines. The project is led by NCAR/HAO, the G-V is operated by NCAR/EOL, the primary airborne instrument is from SAO (Smithsonian Astronomical Observatory) and the ground-based IR survey is by NCAR/ACOM.
The experiments are planned to fly on the Gulfstream V (GV) aircraft to accompany a spectral survey from the ground, producing images of the corona and polarization measurements during the extended eclipse afforded by the aircraft platform. The main science goals are (1) to identify spectral lines ideally suited to measure coronal magnetic fields, (2) to find the range of temperatures spanned by the lines (ions from 6 to 14 times ionized), (3) to identify the typical range of features sampled by the lines (active regions, source regions of fast and slow solar wind) and (4) to find precisely where coronal lines lie relative to telluric absorption features.
Our proposed experiments will collectively provide the information needed to build the next generation of instruments probing the magnetic structure of the solar corona, and thus put the origins of space weather events on a quantitative footing. The National Science Foundation’s (NSF’s) huge investment in the Daniel K. Inouye Solar Telescope (DKIST) and future investment in the COronal Solar Magnetism Observatory (COSMO) will especially benefit from these new experiments. We anticipate publications identifying optimal spectral lines for future work, the origins and nature of noise in coronagraphic polarimetric data by comparison with eclipse data, and analysis of the magnetic and dynamical state of the corona using infrared (IR), X-ray and Extreme Ultraviolet Variability Experiment (EUV) data from operating spacecraft.
The eclipse will occur on 21 August 2017 near mid-day. Figure 1 shows the path of totality across the continental US. The ACOM instrument will be stationed on a mountain top at approximately 2900masl near Casper Wyoming and less then 2km off the path of totality. The instrument originally designed as a replacement for the long time airborne FTIR program at ACOM will be fitted into a trailer along with solar tracking capability for this experiment. The instrument shown in Figure 2, is a compact multi-pass Michaelson interferometer designed to operate at variable optical paths to 250cm and acquire spectra from 1.5 to 14 µm using cryogenically cooled detectors.


Today is the Summer Solstice. The summer solstice — the annual moment at which the sun is the highest it ever gets in the sky — occurs today at 3:34PM PT. This time also marks the beginning of astronomical summer in the Northern Hemisphere.
The last time the June full moon, sometimes called the "strawberry moon," and the summer solstice fell on the same day was 1948.
PS: The reason for the 3.17 was the photo was taken that day in 2010.


Jupiter und Saturn. Planetensymbol Jupiter. Die beiden symbolisieren die Relation zwischen Seele und Körper. Bei Jupiter thront die Seele links über dem. U+ male sign: ♂. Geschichte. Klassische Planeten. Die geschriebenen Symbole für Merkur, Venus, Jupiter und Saturn wurden auf Formen zurückgeführt.
Jupiter in der Astrologie und im HoroskopCODE-Knacker - Lexikon der Codes-Symbole-Kurzzeichen: Planetensymbole. Symbol steht für den Blitz (oder Adler) des römischen Wettergottes Jupiter. English: Astronomical and astrological symbol for the planet Jupiter, and alchemical symbol of tin. Found at Unicode U+, renders as ♃. Español: Júpiter y el. U+ male sign: ♂.
Symbol Jupiter Post navigation VideoJupiter - Sixty Symbols
The Symbol Jupiter Symbol Jupiter. - Grösse und GrosszügigkeitAber gerade als This is the separate version of the infrared image that accompanies the feature Euro Checkpott Sees Saturn Storm's Explosive Power The visible-light image can be seen separately here: Catching Its Tail This symbol is not just limited to Christianity though, and has been used in various culture around the world. The essence of astronomy: things every one should know about the sun, moon, and stars. Bibcode : AN Bellona's whip and spear . Leo . Jupiter shares rulership of Pisces with Neptune. Thanks for reading! He is kind and caring. Grand Finale Symbol Jupiter - Side View. The symbols are also used in alchemy to represent the metals that are associated with the planets. Lottozahlen 24.06.2021 Holidays - Paddypower System Edition. Instead of barking at people, you Lottozahlengenerator 6 Aus 49 Kostenlos actually understand them better if you know their sign. Take this in-depth four elements personality quiz to understand it. Retrieved
Depending on context, a zodiac symbol may denote either a constellation, or a point or interval on the ecliptic plane. Lists of astronomical phenomena published by almanacs sometimes included conjunctions of stars and planets or the Moon; rather than print the full name of the star, a Greek letter and the symbol for the constellation of the star was sometimes used instead.
In modern astronomical writing, all the constellations, including the twelve of the zodiac, have dedicated three-letter abbreviations, which specifically refer to constellations rather than signs.
Each symbol is taken to represent the "first point" of each sign , rather than the place in the visible constellation where the alignment is observed.
The symbols for aspects first appear in Byzantine codices. From Wikipedia, the free encyclopedia. Not to be confused with Astrological symbols.
Symbols in astronomy. Main article: Planet symbols. A History of Ancient Mathematical Astronomy. Greek Horoscopes.
American dictionary of printing and bookmaking. The Unicode Consortium. Retrieved November 5, Jocelyn An Introduction to the Sun and Stars.
Cambridge University Press. The Observation and Analysis of Stellar Photospheres. Evolution of Stars and Stellar Populations.
John Wiley and Sons. The Physics and Chemistry of the Interstellar Medium. Archived from the original on March 17, Retrieved March 4, Allen's Astrophysical Quantities.
More symbols in Astronomical Symbols : Astronomical symbols are symbols used to represent various celestial objects, theoretical constructs and observational events in astronomy.
Have a discussion about Jupiter with the community: 0 Comments. Notify me of new comments via email. Cancel Report. In this light, we look at the personality of each planet to gain a deeper understanding of the influence they have in our lives.
Get all the planet meanings here. Instead of barking at people, you can actually understand them better if you know their sign.
Get more about all 12 astrology signs and meanings here. May 11, September 29, June 14, September 29, Success, achievements, and growth will all be due to Jupiter.
However, the planet can be responsible for being lazy. The most negative thing associated with Jupiter is weight gain.
Typically, Jupiter is going to lead the people He rules down the right path. Jupiter will be responsible for time to relax.
The planet will be associated with different sports and games of chance. Jupiter has affection for all animals.
Out of these cookies, the cookies that are categorized as necessary are stored on your browser as they are essential for the working of basic functionalities of the website.
We also use third-party cookies that help us analyze and understand how you use this website. We have many interesting articles on the planets here at Universe Today.
For example, here is other articles including symbols of the planets and symbols of the Sun and Moon. If you are looking for more information try signs of the planets and symbols of the minor planets.
This graph shows the energetic ion and electron data from the Saturn orbit insertion interval on June 30 and July 1, Saturn's Main Radiation Belt.
Some key numbers from the Cassini-Huygens mission to Saturn. Cassini-Huygens By the Numbers. This plot shows the variation in brightness of the plume of material, composed of all the geysers erupting from the south polar terrain of Saturn's moon Enceladus, as a function of the moon's orbit Enceladus' Plume Brightness Variations.
The symbols, mottos, and small objects added to the agency's newest Mars rover serve a variety of purposes, from functional to decorative.
Chandra Returns to Full Science Operations.


Chandrayaan-1 is formerly known as moon vehicle and it has been mentioned that Chandrayaan-1 India’s first unmanned lunar probe. This moon vehicle has been lunched through the Indian Space Research Organization in Oct 2008. Researcher has estimated the budget 386 core ($90 million). This space craft was lunched in 2008 and it has been operated by the researcher still August 2009. India also launched moon vehicle with advance version of PSLV that is greatly known as PSLV C11 on Oct22, 2008.
It has been lunched from Satish Dhawan Space Center and this space center has located at Nellore District, Andhra Pradesh. If you want to reach this space center, then you need to move 80 km from north of Chennai at 06:22 IST. Previous prime minister Atal Bihari Vajpayee declared on Independence Day 15 Aug 2003 that Chandrayaan-1 project has been made a major boost to India’s space organization. Now, India has developed and researched new technology to explore the Moon. Polar areas are of the special interest since they may have ice. Lunar mission carries 5 ISRO payloads and 6 payloads from some other space agencies that includes ESA, NASA, as well as Bulgarian Aerospace Agency that were carried free.
When suffering from many technical issues that includes the failure of star sensors as well as poor thermal shielding, the Chandrayaan stopped to send the radio signals in 1:30AM IST on 29August 2009 after which, ISRO declared officially mission over. Main culprit is been said to be failure of the onboard DC DC Converter made by the mdipower USA, intended converters that are failed to meet radiation specifications for intended mission time. The Chandrayaan operated for around 312days when opposed to intended 2 years however mission attained 95percent of the planned objectives.


The European Space Agency
Partner of Transport Hamburg
The European Space Agency (ESA) is Europe’s gateway to space. Its mission is to shape the development of Europe’s space capability and ensure that investment in space continues to deliver benefits to the citizens of Europe and the world. ESA is an international organisation with 22 Member States. By coordinating the financial and intellectual resources of its members, it can undertake programmes and activities far beyond the scope of any single European country.
ESA’s budget for 2017 is €5.75 billion. ESA operates on the basis of geographical return, i.e. it invests in each Member State, through industrial contracts for space programmes, an amount more or less equivalent to each country’s contribution. There are around 2200 staff working for ESA, from all the Member States and include scientists, engineers, information technology specialists and administrative personnel.


‘I always say this place is like living a dream while fully awake…’
This amazing lake hideaway is like living in a dream, and I have the clouds and skies to prove it. Constantly, I am gazing up into the sky, and towards the heavens in awe of what I see on here a daily basis. Sometimes it is in the simple beauty of a bright sunny morning, and a few puffy clouds, or later in the day on a warm, breezy, lazy afternoon, wisps of white. Sometimes the sky is full of interesting clouds when the remains of the day begin and a sunset illuminates the clouds creating brightly-coloured warm pinky, orange and yellow patches in the darkening sky.
Even on rainy, socked in days, to me the closed in and lowered puffy, grey clouds are like cozy arms that envelope me out there in nature.
I am delighted this year for the new technology of my iPhone with the night photo capabilities, and I find myself able to take pictures in the middle of the night with the stars, the lay of the land and night sky filled with clouds and the moonbeams. I am in awe of what I have been able to capture this summer with my new iPhone camera. Thanks, Apple. Not only did I capture some almost-full-moon and sky plus cloud pictures very late in the night, but we stopped out in the boat one night coming back to the cabin from an evening with friends, to silently drift in the fragrant, gentle breezes at midnight and take some beautiful photos while gazing up at the slightly cloudy night sky. I was also searching for shooting stars, but the almost full moon, that made it harder to see any, and the peak of the showers was about 3 weeks ago in the 2nd week of August.
This last week (early September) has been full the most incredible sky and cloud formations. To me, it feels like the heavens are speaking to me personally as my life goes through some incredible changes. When I look up into the sky and see all the beauty around my lake property and the canopy that surrounds it, I feel truly blessed. The day I saw the straight rays of sunlight streaming through the sky in a fan, with slightly rainbowed groups of clouds, was a display like no other I have seen over the years that I have been coming here. There was a hole in the clouds, too, that showed a bright blue opening, and it was spectacular.
This post will inevitably be less words, and more pictures. I feel that I cannot say in words what the photos I have taken can say to you visually. I hope you enjoy these photos. I know I am humbled by witnessing these clouds and sky beauties, as I gratefully live in my forest and lake world.


On March 6, 2014, the U.S. Department of Energy (DEO) announced:
“Solar power directly from space may arrive sooner than you think.”
Not everyone knows that renowned sci-fi author Isaac Asimov first envisioned collecting solar power in space and transmitting it wirelessly to the ground – in his 1941 short story Reason.
More than two decades later, in 1968, aerospace engineer Peter Glaser published the first technical article on space-based solar power (SBSP), Power From The Sun: Its Future. He described a platform in geostationary orbit that generated solar power maintained its relative position over the same place on earth.
International interest in going solar in space persisted through the 1970s but fizzled 20 years later before the New Millennium. Industry experts said that while the technology was feasible, it was economically unrealistic.
In its March 2014 publication Space-Based Solar Power, the DOE shared a couple of interesting facts:
- Every hour, more solar energy reaches the Earth than humans could use in a year
- About 30% of this energy is reflected back into space by the atmosphere
There are no clouds in space – or atmosphere or seasons or nighttime. Solar panels mounted on orbital satellites would capture and transmit significantly more energy than solar panels on the planet’s surface.
Solar panel equipped energy transmitting satellites collect high intensity uninterrupted solar radiation by using giant mirrors to reflect huge amounts of solar rays onto smaller solar collectors.
The captured radiation is then sent over a wireless connection to Earth in a safe and controlled way, either as a microwave or laser beam.
Energy researchers have long been interested in the possibility of SBSP as a solution to many of today’s planetary challenges:
- In space, the sun is always shining with zero energy generation downtime
- The tilt of the Earth has no negative impact on the collection of power
- There is no diffusing atmosphere to reduce the intensity of the sunlight so it is transmitted at full force with maximum efficiency
- People in remote communities around the globe could access reliable and clean energy without relying on the traditional grid to a large local power plant
With all these advantages, coupled with rising concern over carbon pollution, this new energy technology moving away from the realm of pure science fiction. Serious action is underway to install solar panels in space.
In 2014, here is how the space based solar powered DOE envisioned orbital solar power collectors:
“Self-assembling satellites are launched into space, along with reflectors and a microwave or laser power transmitter. Reflectors or inflatable mirrors spread over a vast swath of space, directing solar radiation onto solar panels. These panels convert solar power into either a microwave or a laser and beam uninterrupted power down to Earth. On Earth, power-receiving stations collect the beam and add it to the electric grid.”
Five years later, in March 2019, China announced its plans to build the world’s first solar power station in space to provide “inexhaustible clean energy.”
According to Pang Zhihao at the China Academy of Space Technology, a space solar power system orbiting the Earth at an altitude of 36,000 km (22,370 mi) could collect 100% of the energy of the sun’s rays with no interruptions from atmospheric conditions or sunlight loss at night. The Chinese claimed they were testing the unconventional technology and target the station’s completion by 2050.
The Japanese are developing an orbital array of photovoltaic dishes.
Because a single-unit orbital solar collector would have to be about as big as a city skyscraper, engineers shifted to modular designs that can be assembled in space.
In May 2020, the U.S. Navy gave its new solar power satellite hardware an orbital test. A U.S. Naval Research Laboratory experiment to capture solar power in space for use on Earth flew to orbit on May 17 aboard the U.S. Air Force X-37B spaceplane. The photovoltaic radio-frequency antenna module to be tested is part of a comprehensive investigation into terrestrial use of solar energy collected in space.
The Navy module converts sunlight for microwave power transmission rather than optical power transmission to avoid energy loss passing through clouds and the planet’s atmosphere.
The Pentagon says it is evaluating the naval technology as a viable way to provide energy to remote installations such as forward operating bases and disaster response areas.
SBSP is being actively pursued by Japan, China, Russia, and the U.S.
Solar farms in space may soon fly above us, pitched as an eco-friendly solution to mitigate the global energy crisis. This sounds too good to be true. Is there a downside? Only time will tell.


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7 in 1 solar powered space fleet
7 in 1 solar rechargeable space fleet
A kit for children aged 10 years and older.
Booklet with construction description
Moving space fleet through the added solar panel
Let the children experience what it is like to use solar energy and
technology to work.
Go outside with the kids or use it inside with a 50w halogen lamp to make it move
There are 7 possibilities: Space Dog, Astronaut, Space Mech, Space Shuttle, Space Rover, Space Explorer, Space Station


Franklin Inn Club
Hidden in a back alley near the theaters, this little club is the center of the City's literary circle. It enjoys outstanding food in surroundings which suggest Samuel Johnson's club in London.
The 20% federal tax credit for historic preservation is said to have been the special pet of Senator Lugar of Indiana. Much of the recent transformation of Philadelphia's downtown is attributed to this incentive.
There are several big holes in the ground, clustered fairly close together in the high plains of northern Arizona. One of them is an extinct volcano, one is a sink-hole where the ground collapsed over an empty aquifer, one is the Grand Canyon. And one of them is the Barringer meteorite crater, about a mile wide and half a mile deep. In the summer, environmental temperatures above 105 degrees are fairly common, and as I have reason to know, the crater can be covered with two feet of snow in February. It's near the town of Winslow, and was called the Winslow crater in a popular song, Take it Easy by The Eagles of ten or more years ago, as well as being featured for the last fifteen minutes of a movie called Starman that is still reasonably exciting to watch.
|Daniel Moreau Barringer (1860-1929)|
As recently explained by Margot Barringer at a dinner at the Franklin Inn Club last week, the crater was explored, and purchased, by her grandfather, Daniel Moreau Barringer (1860-1929), who had made a fortune in mining discoveries and could afford to buy a big hole in the ground. Daniel Barringer was a Princeton classmate and friend of Woodrow Wilson and Cyrus McCormick, as well as a friend of Theodore Roosevelt. Barringer's young son owned a .22 rifle and amused himself shooting at mud puddles. One day, he exclaimed that the shapes of the bullet holes in the ground were exactly like the shape of the Arizona hole; they all had a circular opening no matter what direction the bullet came from. From that came the idea that the crater was not an extinct volcano as many local natives believed, but the crater of a meteor, since the mouth of the crater would remain roughly circular regardless of the direction of the impact. That shape helps explain the confusion with the mouth of a volcano. While generally accepted today, meteor craters were a comparatively recent idea at that time. Geologists like to argue a lot -- Barringer himself was particularly vocal-- and it took quite a few years before the meteor theory of this particular crater was generally accepted. Poor Barringer became obsessed with the idea that commercial deposits of iron ore could be found if you dug deeply in or around the crater, but it wasn't true, and he essentially lost his fortune trying to dig 28 deep holes there. Sadly, he died of a heart attack very shortly after the scientific world finally agreed with his Theory of the crater's formation. The decline in the family fortune may also have been related to the significant year -- 1929 -- of his death. Two other granddaughters have written an interesting book about this personal and geological struggle.
At the Franklin Inn dinner, Baruch Blumberg (who had won a Nobel Prize for the discovery of the hepatitis B virus and its vaccine) then offered a fascinating discussion of meteors and craters. He's President of theAmerican Philosophical Society, but his credentials for this topic come from his second career as Director of the Astrobiology Institute of NASA. He tells us it might be better to call it an asteroid crater since most meteors are circulating asteroids that lose their way and come crashing through our atmosphere. There are quite a few asteroids floating around reasonably close nearby, and more big ones can be expected to drop in on us about once every two thousand years in the future. NASA seems to have given a lot of thought to this topic, including a theory that the moon was once a piece of the earth which got knocked loose by a big asteroid hitting us at some distant time in the past. There's a big crater in Siberia, and it is thought that dinosaurs were exterminated by a huge asteroid hitting the Yucatan. When you look at the surface of the moon, you see that lots and lots of asteroids have been flying about, but most of the evidence has been eroded away.
If there is a serious danger of another big one hitting us, and smart people can calculate its future path, what can we do about it? Well, the people at NASA have given that some serious thought. Attaching an outboard motor to the asteroid doesn't sound very workable, but painting one side of it white might be because white will reflect light and heat and push the asteroid in some different direction. And shooting big bombs at it to change its course might be practical. Right now, all of the asteroids seem to be headed in harmless directions, but it pays to be prepared.
The idea that iron and nickel could be found in the crater comes from knowing, Lord knows how that the center of the earth is molten iron. That creates the theory that asteroids might be mostly made of iron, burying commercial amounts of it underground when they hit. Unfortunately, the size calculations are all wrong, and Barringer's son had it about right that a .22 bullet would kick up a much larger hole than itself. Anyway, some consolation lies in 250,000 paying visitors to the crater every year, and an occasional movie or NASA experiment paying for temporary use. The downside of economics is that Barringer had eight children, and lots of them had lots of children. Fecundity seems to be a characteristic of most Barringers; one member of the clan estimated at least a thousand living relatives at one remove or another, all of them presumably willing to share in the gate receipts if some learned counsel advises an aggressive approach.
So, since it more or less belongs to Philadelphia, more visits to this crater are recommended. Except, perhaps, in February. April, when the desert is in bloom, might be more enjoyable.
|A Grand Obsession: Daniel Moreau Barringer and His Crater: Nancy Southgate: ASIN: B0006SAYHU||Amazon|
Originally published: Sunday, May 31, 2009; most-recently modified: Tuesday, May 14, 2019


Floating in the darkness, watching the planets spin and orbit around a far-off star, there is utter silence. She watched, knowing the star would soon burn itself out, ending all life it supports, returning the solar system to its original state: quiet, inky dark. She turned her gaze to another star system, seeing at once the burgeoning life that was sprouting there, pondering the potential outcomes, and the courses and paths those tiny beings could put in place. The events in this relatively nearby solar system would have little to no impact upon them, no matter how catastrophic. Even with her billions and billions of years watching the universe, it was still curious to her that there was a limit to the so-called “butterfly effect.”
She allowed her mind to wander over all the other systems she had overseen, thinking of all the species that had risen and fallen, all the wars that had been waged, both natural and manufactured, all the knowledge that had been gained and lost, all the lives that had been lived, all the minutes that made up all the days of all the years, all those moments that, while universally insignificant, that had meant everything to someone. It was a thought that sometimes even she struggled to comprehend. Of course, given that this was her realm, she understood, but to her, sometimes it felt as though her creation was beyond even her mental grasp.
Her eyes wandered through the blinking heavens, landing once again on the dying star. It was not long now. To the beings on the planets it supported, it would be thousands of years in their eyes, but to her, it would be mere moments. It would sputter and flare before fizzling out, and ultimately, suddenly, the light would be no more. The heat it gave off would live on for quite some time, but the heat was nothing without the light. The planets would eventually crash into one another, breaking into trillions upon trillions of pieces, each floating off into the nothingness, away from every other.
Was it arbitrary? Was there any point to all of this? While every life was unique from every other, did any life really matter? Perhaps on a much smaller scale. It was conceivable that each moment of those beings’ lives was monumental to them, and to some extent, to those around them. But on a universal level, on the grand scale, none of it seemed to matter at all. Yet those little creatures carried on as if their every moment had cosmic significance.
It was likely a good thing that they could not comprehend just how miniscule they were. If they could see the universe in all its expansive grandeur, they would probably just cease to live from pure depression; the revelation of their insignificance would cause them to simply fade away…much like the star before her. She noticed a slight shimmer and crackle, and a soft smile crept onto her face. The time was soon upon them, and their defining moments would arrive. She had hope that they would greet their final days with grace and posture; at heart, they were a decent people. They went on their wayward travels, but when all was stripped away, they had a wonderful habit of rising to the occasion and showing their best.
All of time was hinged on those events. The life span of every intelligent species was a three act play; there was the birth and sudden arrival of the beings. Then, there was the fall; the beings would reach a public and open depravity, displaying their very worst. Then, finally, in their very final moments, they faced the sundown of their species with courage and strength. In between, there were thousands of years of fluff; years and decades and centuries of things that, while they carried the tale from one act to the next, they held no direct weight. The story rose and fell and rose again, making the cosmic theater worth watching; it was captivating, utterly, consumingly captivating. And that was where the individuals gained their universal value. Those tiny beings all impacted the outcome. They all bore the weight of the story on their shoulders, and they had full control of the course of the epic saga. While they were, on the surface, totally unnecessary, they were each intrinsic to the ultimate outcome.
Even to the embodiment of death itself, a being considered by some creatures to be a deity of one form or another, that concept was inspiring and uplifting. It was the very reason she allowed the universe to continue playing out as it had for all this time. Perhaps someday she would bring the theater to a conclusion and move on to another venture, but for now, it still moved her deeply, and she considered it to be her crowning achievement. Carry on, little ones; despite all your many flaws, you still manage to captivate the gods.


On Sunday night March 9, Fox will begin its 13-episode series Cosmos: A Spacetime Odyssey hosted by astrophysicist Neil deGrasse Tyson. This is a new version of Carl Sagan’s very popular 1980’s TV show Cosmos: A Personal Voyage. How should Christians think about this show? Are science and faith at odds? Has Christianity been good for science? Has science made God irrelevant? These are just a few of the interesting questions we will engage in this episode of the Intersection Podcast. We will also hear from special guest Dr. Jay Richards of the Discovery Institute in this episode.


This weeks Full Moon is in Virgo at 1.55am Wednesday Brisbane time zone. Our online Full moon Ceremony is on Tuesday evening at 7pm links below because of the manifestation quality of this Moon. This Pisces/Virgo aspect offers an insight to what is taking place with our physical health and what we have to do to … Continue reading “February Full Moon in Virgo”
What an amazingly beautiful time of year it is! If you step back from the franticness of present buying and things to do you can feel the underlying peace and stillness that pervades all around.
This months Moon is in the Gemini/Sagittarius polarity and is one of the brightest Moons of the year. She is known as the Christ Full Moon and celebrates the anointing of the power of the spirit. The actual FM is on Wednesday 30th May 2018 AEST 0.21am so our Full Moon Ceremony at Golden Beach … Continue reading “FULL MOON IN SAGITTARIUS BLESSED BY ARCHANGEL RAPHAEL & ZADKIEL”
Can you feel the essence of this Full Moon culminating? Calling you to go within … to connect with your soul tribe, family or home. We are experiencing great heat here on the Sunshine Coast it is as if ‘all’ is aligning for us to be still, swim in the Ocean (moon has great … Continue reading “First Full Moon of 2018 in Cancer”
Full Moon 12th January at 22 ̊27′ Cancer at 10.34pm AEST. Whoo hoo welcome to the first Full Moon of the year! Wow she’ll be a doozy as there is 5 planets involved in a rare Cardinal Grand Cross. This full on influence is sure to usher in another wave of change, sending us in potentially new directions personally, … Continue reading “WHAT’S UP FOR THE FIRST FULL MOON OF 2017?”


The following excerpt is from a lengthy, informative article posted recently on Michael Salla's Exopolitics website.
It is a summary of talks and answers in Q&A presented by Secret Space Program whistleblower Corey Goode at a seminar called Cosmic Waves which took place in Kealakekua, Hawaii this month.
Preparing for Disclosure & Solar Flash Events – Corey Goode at Cosmic Waves
WRITTEN BY DR MICHAEL SALLA ON APRIL 16, 2019.
. . . NASA was created to research a massive solar event, according to Goode. Continuity of species was the carrot used to bring nations together in a joint scientific effort to study a possible solar flash/micronova event that could wipe out much of a planet’s population and infrastructure.
Scientist are now talking about the solar minimum – when sunspot activity is minimal thereby creating a weak solar wind and heliosphere shielding our solar system from cosmic rays – as the most likely time for a massive solar event. We are currently at the end of solar cycle 24, and waiting for the start of solar cycle 25.
Scientists are desperately trying to predict when the solar minimum begins and ends in order to better understand the window when a micronova is most likely going to happen.
Goode referred to a geophysical pole shift having been recently detected on Mars.
All major nations with indigenous space industries have pledged to commit a percentage of their GDPs to the multinational secret space program that Goode has previously described as the “Global Galactic League of Nations”. The movie 2012 was a soft disclosure initiative since it showed the multinational attempt to preserve the species by building massive arks, and how this was kept secret from humanity.
Trillions of dollars go every year into funding the multinational SSP to build similar massive ships, according to Goode. . .
I highly value the information provided by Corey Goode and summarized by Michael Salla, because I know I'm being lied to by the government, and hopefully this will change eventually due to the courageous efforts of people like them.


A flash of bright light in the skies over California had social media buzzing Friday afternoon, but don’t fret, it’s wasn’t an alien attack. And although seen from the desert, nothing was said about three wise men traveling about.
All indications are that the light came from the launch of the SpaceX Falcon 9 rocket that took off from Vandenberg Air Force Base near Santa Barbara.
Many in the desert took to Facebook and Twitter to show images of the bright white light that illuminated the clouds over the San Jacinto Mountains.
Even space entrepreneur extraordinaire Elon Musk, CEO of SpaceX, had some fun with the spectacular sight, taunting the Twitterverse with a video and something about a “nuclear alien UFO from North Korea.”


As with real estate sometimes photography is about location – being in the right place at the right time. In this case I was at the summit of the Haleakala volcano in Hawaii with my camera set up to capture the outline of the observatory with the night sky and zodiacal light in the background. I was fortunate that they choose that moment to fire the green TLRS-4 laser at just the right angle to create the green streak across the image. The red in the lower right is from my red-light headlamp. The bright star in the center is Venus.
This and other fine art photos from Maui, Hawaii available here.


“Mom, can astronauts be black?”
Aku’s mom had prepared for this question, she knew it was inevitable.
She climbed to the top of her closet and dusted off the astronaut helmet she had kept up there since the day he was born.
This isn’t just any old helmet, this helmet holds the powers that will propel Aku across the universe and teach him there are no limits to his dream.
Total Artwork Value: $23,014,955.21 (18,998.642 ETH)


Always wanted to be an astronaut? Fascinated by the intricacies and mysteries of outer-space? Here’s the good news - you don’t have to travel to the local planetarium or get a rocket science degree to venture out to infinity and beyond.
Meet The Galaxy Lamp, a meticulously-crafted beauty designed using high-quality NASA satellite images. Its rugged surface is reminiscent of a star in the night sky, boasting incredible detail guaranteed to steal the show whenever guests come over to play.
A rechargeable battery keeps the magic going for up to 10 hours straight (with only an hour of charging time). Use your lamp plugged in or on-the-move to turn heads and widen eyes wherever life takes you.
One Lamp. 16 Colors. Limitless Potential.
Create a magnificent show where one color fades into the next like smooth honey. Take control of your Galaxy Lamp from the palm of your hand, adjusting brightness and color patterns in seconds.
Why The Galaxy Lamp?
It's kid- and pet-friendly (little to no heat means no concerns for curious kids)
It's perfect for ANY room!
The Galaxy Lamp is also surprisingly soothing. Pair it with some peaceful music, kick off your shoes, and feel the stress of the day melt away.
16 Colors, adjustable brightness, 3 different lighting modes
Material: 100% eco-friendly ABS
Charging Time: 2 hours with included USB charger
Working Time: Up to 10 hours battery life (or use while plugged in)
The tracking linked through the app actually worked up to Kuwait a week before it arrived! That's impressive. It was not damaged in the process. I charged it prior to using and it works perfectly! It's beautiful and bright. Better than other light-up space looking lamps from this site.


I have seen many pictures of the Northern Lights, ‘Aurora borealis’, but have never experienced them personally. When we chose to travel to Iceland, we did so with viewing the Northern Lights as one of the main goals. We chose to go in October because we had a better chance to seeing them. Unfortunately, the weather did not cooperate well for us as we had several rainy nights and cloudy nights due to the storms from the remnants of hurricane Matthew. Finally, on the second to the last day of our tour, we had a night that eventually cleared. After several false starts, finally at 2:00 a.m. we had clear skies. The tour guide woke us up and took us outside the city to get a better view.
The Northern Lights were not as I expected. I expected to see bright green lights moving in waves just like you see in photographs and movies. This night they appeared as a wide straight line traversing the sky in a color that I would describe as dull gray with a slight hint of green. It looked like smoke from an airplane. However, when photographed with special settings, i.e., low light and open shutter for several seconds, the lights appeared bright green. These lights would appear for a several seconds then disappear for a few minutes, then reappear again for a short time.
Then the last night we were able to view the Northern Lights again from Reykjavik. These were much more spectacular. They did not appear as straight lines, rather as waves. They appeared for a few seconds then disappeared. Then a new wave of lights would appear somewhere else in the sky. These were brighter, but still a dull gray, until we saw the pictures.


St Andrews Centre for Exoplanet Science
Understanding how unusual Earth is may help humanity to appreciate how special it is.
More than 5000 planets are known to orbit stars far beyond the solar system, in planetary systems very different to our own (Source: Exoplanet.eu). There may well be hundreds of billions of extrasolar planets in the Milky Way alone. These planets include planetary types not found among the eight planets that orbit our Sun, including mini-Neptunes, super-Earths, rogue or nomad planets and hot gas-giant planets. Are we therefore alone in the Universe? To answer this pertinent question, we seek to understand the formation and evolution of our own solar system and the reasons for this rich planetary diversity.
The Centre for Exoplanet Science brings together researchers from different disciplines to find out how planets form in different galactic environments, how their atmospheres evolve, and the relation between the evolutionary history of planets and the emergence of life. We are further interested in the moral, ethical and technical aspects of detecting existent or extinct extra-terrestrial life in distant exosystems, or within our own solar system, and the significance of such a discovery for our societies.
The Centre for Exoplanet Science builds on the rich legacy of the SUPA Astrobiology initiative.
The Centre for Exoplanet Science currently combines research from the School of Physics and Astronomy (Astronomy), the School of Earth and Environmental Sciences, the Department of Philosophy, the School of Biology, the Department of Social Anthropology and the School of Modern Languages (Russian) at the University of St Andrews.
Multilingual Science Fiction Project
Funded by Entrepreneurial Education Funding at the University of St Andrews
This project brings together student translators, exoplanet scientists, and creative practitioners to work with fictional texts about exoplanets from a range of cultures and languages. The diversity and multilingualism of these texts reflect different space imaginaries and storytelling practices about extraterrestrial worlds.
Science Discovery Day 2022
Two of our PhD students have produced videos for the recent Science Discovery Day.
|Patrick Barth made a video about the role lightning played for life on the young Earth – “A spark for life”.
||Emma Puranen talks about tidally locked planets.
Following its launch in mid-December 2019 and subsequent orbital manoeuvers, the Swiss-led ESA exoplanetary transit-photometry space mission CHEOPS has undertaken an extensive commissioning phase. The spacecraft recently passed its in-orbit commissioning review. Throughout its lifetime so far St Andrews’s and StA-CES’s very own Tom Wilson has conducted the lion’s share of the data analysis that led to validation of the mission’s prime science performance requirements and paved the way from commissioning to imminent science observations!
Press release: First results from Cheops: ESA’s exoplanet observer reveals extreme alien world (Sep 2020)
Article: The hot dayside and asymmetric transit of WASP-189 b seen by CHEOPS (Nov 2020)
Press release: New planets found in unique system with CHEOPS (Jan 2021)
Article: Six transiting planets and a chain of Laplace resonances in TOI-178 (Jan 2021)
Press release: Rare planet found in space telescope photobomb (Jun 2021)
Article: Transit detection of the long-period volatile-rich super-Earth Nu2 Lupi d with CHEOPS (Jun 2021)
CHAMELEON – Marie Curie Innovative Training Network
Virtual Laboratories for Exoplanets and Planet-Forming Disks
Retrieving (from data), predicting (from detailed models) and thereby understanding the link between the chemical composition of planet-forming disks and exoplanet atmospheres is a challenging task. In the CHAMELEON Marie Curie Innovative Training Network (MC-ITN), we focus on the development of Virtual Laboratories which will be the crucial tool to analyse in detail current and future disk and exoplanet observations.
Virtual laboratories play a key role in simulating yet unexplored physico-chemical environments to answer the questions whether our Solar System is unique and how life emerged.
In these Virtual Laboratories, we combine existing, well-tested theoretical modelling tools of varying complexity to explore their combined strength, limits, and the need for new techniques. Virtual Laboratories use advanced numerical and statistical methods that comprise input from astrophysics, computational chemistry, laboratory and theoretical physics, geosciences, mathematics, and computer sciences.
Art and Science
- Mineral Snowflakes – An audiovisual piece created by Sonia Killmann in collaboration with Dominic Samra, representing the formation of clouds on a Jupiter-like exoplanet through sound. This piece was produced for ‘Intersections‘, a concert of new music created in collaboration between researchers at the University of St Andrews and composers at The Royal Conservatoire of Scotland, and The Laidlaw Music Centre as part of Explorathon 2020, Scotland’s component of European Researchers’ Night.
- Marc Horemans is a Belgian artist who also leads the Multidisciplinary Studio Projectatelier of SLAC, Academy of Fine Arts Leuven, Belgium.
The collaboration of Projectatelier with KU Leuven (Belgium) resulted in the 2017 exhibition “PiLoT#1“.
Within the studio, and in collaboration with CHAMELEON, a new platform ‘Ex(p)oplanet‘ has been set up, aiming to bridge art and science.
Projectatelier invites the scientists and PhD students from CHAMELEON to interact on how to develop concepts in Art and STEAM (Science, Technology, Engineering, Art and Mathematics). The primary question is: “How can art and science meet, strengthen and challenge each other, and lead to new insights?”
From l-r: Hilde Ghesquiere: Atmosphere 1 (Photograph), Christiane Aerts: Study for Day & Night on a Exoplanet (Drawing), Elisabeth Vanhoutte: Surface (Plaster).
From l-r: Kelly Willems: Still Points (Drawing), Mien Van Kerckhoven: Object (Projection).


NASA’s Voyager 2 probe, which was launched from earth in 1977, has become the second man-made object to reach interstellar space, this is the space between two star systems. Voyager 1 left the solar system in 2012.
Although Voyager 2 was launched 16 days before Voyager 1, because of the latter’s faster trajectory, Voyager 1 passed the heliosphere 6 years before it’s twin craft.
The news was revealed at the American Geophysical Union (AGU) meeting in Washington. And chief scientist on the mission, Prof Edward Stone, confirmed it.
According to him, both the probes had now “made it into interstellar space” and that Voyager 2 departed the solar system on 5 November 2018.
Both the probes were initially sent to study the outer planets of the solar system, but then it was decided to keep them going. As of now, both of them are in a region of space that has only been observed from a distance, but never explored.
Voyager 1 will not approach another star for nearly 400,000 years, despite it’s great speed of 61,000 km/h. However, it will be in orbit around the center of the milky way for billions of years!


FOR IMMEDIATE RELEASE – June 16, 2017
Summer Solstice Celebration • Tuesday, June 20 • 6:30-7:15 PM
June 21 is the longest day of the year! We will celebrate with stories, songs, and a craft - all about the sun! For children and their families.
Our Amazing Sun with Astronomer Jim Kaler • Monday, June 26 • 7:00-8:30 PM
In anticipation of the Solar Eclipse on August 21, we're exploring the skies. This program will focus on the massive fireball that is the center of our solar system. Expect to see some spectacular photos, and prepare to be amazed by what you learn about our immense and ever-changing sun. Our guest speaker is James B. (Jim) Kaler, Professor Emeritus of Astronomy at the University of Illinois. This program will be of special interest to
adults and teens.
Solar System 101 with Cosmologist Joaquin Vieira • Monday, July 17 • 7:00-8:30 PM
In anticipation of the solar eclipse on August 21, we're exploring the skies. At this event, cosmologist Joaquin Vieira takes us on a tour of our solar system. Explore the planets, moons, and our sun, and learn some surprising facts about how our solar system works. University of Illinois Professor Vieira is an observational cosmologist and an Assistant Professor at the University of Illinois in the departments of Astronomy and Physics. This program will be of special interest to adults and young people ages 10 and up.
Eclipse 101 with Staerkel Planetarium Director David Leake • Tuesday, August 1 • 6:30-7:30 PM
Staerkel Planetarium Director Dave Leake is helping us prepare for the first coast-to-coast total solar eclipse since 1918. It’s coming up on August 21! Learn what causes solar eclipses, why they are so rare, and how you can safely view this amazing event. Dave Leake is the director of the William M. Staerkel Planetarium at Parkland College. This program is a family-friendly event.
Art Lessons for Children: Create a Pinhole Camera • Sunday, August 13 • 2:00-2:45 PM
On August 21 the moon will pass in front of the sun, causing a spectacular partial solar eclipse (93% coverage). Join us for a special project -- build your own pinhole camera that can be used to safely view the eclipse. For children of all ages.
Solar Eclipse Party for Children • Monday, August 21 • 11:00-11:45 AM
Celebrate the solar eclipse with stories, songs, and a craft! For children and their families.
For more information, please contact Rachel Fuller at email@example.com or 217-367-4405.


Light Me to the Moon from B. toys is a 2-in-1 projector and flashlight that lets curious kiddos play among the stars and learn about space! Just take the reels out of the storage space at the bottom of the flashlight, pop ’em in at the top, and click through the images. With this educational toy, little ones can meet happy visitors from a different galaxy or learn more about the planets from our solar system. Each planet has clear name tags that make it easy for kids to read and remember! Use this easy-to-grip flashlight to project images on the bedroom wall or in a play tent.
2 AAA batteries are required and included.
Recommended for children 4 years and older.


Cosmos was a freight and passenger spaceship designed for Earth-Moon-Mars travel. It was the first of the three spaceships of the Tsung fleet designed and built by Tsung Astrofreight. Cosmos was powered by a newly developed experimental technology known as a muon drive. The ship was built at the Imbrium shipyards at Mare Imbrium on the Moon. It was launched on October 4, 2057. The date, which was reffered to as Sputnik Day, commemorated the centennial anniversary of the launch of Sputnik 1, the first artificial Earth satellite.


By Spencer Otte. Bay City News.
The truth is out there, and researchers at the University of California, Berkeley, are determined to find it with a new method announced in a scientific journal Tuesday to find alien life via radio signals from space.
Scientists have long searched for life on other planets using radio signals, but interference from terrestrial radios, cell phones, microwaves, and other technologies often leads to false alarms.
The new technique, developed by scientists at UC Berkeley's Breakthrough Listen project, verifies that the radio signal they are tracking actually passed through space, making it easier to filter out false positives.
The new detection method was described in a paper appearing in The Astrophysical Journal written by UC Berkeley graduate student Bryan Brzycki, UC Berkeley Imke de Pater professor emeritus of astronomy, and Andrew Siemion, director of the UC Berkeley program to search for extraterrestrial life.
According to a UC Berkeley press release, radio signals using transmission technology create a narrow-band radio signal, which is distinguished from the wide range of radio signals created by cosmic sources, such as stars or supernovae.
Due to terrestrial radio interference, determining which signals are coming from space can be like looking for a needle in a haystack. The UC Berkeley researchers were able to create an algorithm that analyzes radio signals for unique signatures created by traveling through space.
This technique will be useful for signals that have originated more than 10,000 light-years from Earth, the researchers say. The new technique will be used in future searches for alien life at the Green Bank Telescope in West Virginia, the world's largest steerable radio telescope, and the MeerKAT radio telescope in South Africa.
You may be interested in: "We are definitely not alone": Former US Intelligence Official


There’s nothing more awe inspiring than a walk through Whitefish Dunes State Park at night. The “Friends of the Dunes” are putting on a candlelight walk Saturday evening, from 7:30 to 9:30PM. You can join others interested in taking a leisurely trek through the dunes and along the beach at the popular state park. If you’re interested in heavenly bodies, join the Door Peninsula Astronomical Society as members scan the night-time sky with powerful telescopes. The best part of it all is there’s no charge to participate. However, a state park sticker is required to enter the park. If you’d like to volunteer during the event, call 920-823-2400 or 920-493-2929.


Eclipse Retreat Family Moments
Thank you for coming from your hometowns to celebrate the total solar eclipse today!
Eclipse RAYKI Family Moments
RAYKI Family Retreats
Welcome to RAYKI family retreats! This year, we had the wonderful retreat in Asheville ending with a Summer Solstice celebration. And we are so excited to announce the second annual retreat, to celebrate the Total Solar Eclipse in Anderson SC!
Eclipse RAYKI Retreat
Holy Fire II Reiki and Total Solar Eclipse Ceremony
The Holy Fire II Reiki I & II and ART/Master classes August 16-20 are invited to join us in the Solar eclipse totality viewing and ceremony! Participate in Makiko & Heather’s World Peace Ceremony to help bring peace and love to the world.
~~~HF II Reiki CLASS~~~
Total Eclipse Viewing & Ceremony ($50)
DAY ONE : Aug 20th 6:30pm – 8:30 pm
Location : Fernview Center for Wellbeing
1115 Dunlap Rd, Anderson, SC 29621
DAY TWO Aug 21st noon – 3:30pm
Location: Pendleton SC (Private Location)
(Detail will be sent upon registration)
Welcome to “TOTALITY” viewing and ceremony hosted by RAYKI school and Fernview Center of Well-Being. We will start the night before, Sunday the 20th to get a briefing on this rare event by the local expert, Professor of Physics and the ambassador of The TOTAL Solar Eclipse (Erskine College). On the day of the eclipse, the 21st, we will meet at the private property where we have privacy and a great view of the “Totality” of a solar eclipse. Please come on time so you won’t miss the safety tips and a brief demo on the best way to “watch” the 2 min eclipse. Most people make a mistake here – and it feels like just an 8 second experience. Heather and I will send you more information on this event and logistics upon registration using the link provided on this page. We will have the world peace meditation followed by the eclipse celebration. Hope to see many of you!
Significance of the Eclipse
Significant energy will be released during the eclipse period. This will start 2-3 days prior and continue 2-3 days after the event. Many spiritual teachers direct students to practice their spirituality during this important time, and to refrain from initiating big projects, or starting long distant travel. This is a once in lifetime eclipse, and the energy from the eclipse will be quite profound – empathic people will experience an emotional rollercoaster as the eclipse comes with an inward pull. One can utilize this time to heal past trauma, including car accidents, abuses, and ancestral karmic debts that are stored in the subconscious mind. It is also a great time to take Reiki trainings, as it can connect you to the spiritual realm in a greater way.
Why Anderson SC?
According to NASA, Anderson County is in the prime viewing area for the 2017 solar eclipse totality. It will be the first total solar eclipse visible in the entire continental U.S. since 1918, according to NASA’s website. There will be a brief lecture on the Solar Eclipse and you will receive some gadgets to enjoy this once a lifetime viewing experience.
Do I have to take the Reiki Workshop?
This is totally up to you. Taking spiritual healing classes during this mystical moment will be perfect, especially if this is in your path. Attendance to the Reiki workshop is free, if you have taken the same class with me before. Also I allow people to audit the lecture part, if they are not completely sure. Based on my observation, one can reinforce the Reiki energy by repeating the class. Hope to see you there!
Want to meet up online before?
Please contact me via facebook or email me, so I can send you the link (secret group) on facebook. You will get to know people beforehand and perhaps you can arrange carpooling or lodging/room-sharing.
Your $50.00 includes:
- Solar Eclipse Lecture (significance of this historical event and science)
- Private solar Eclipse viewing spot.
- Eclipse ceremony, World Peace Meditation
- Eclipse glasses
- Light snacks on-site
- Live stream of the eclipse hosted by NASA
- Lots of smiles and warm hugs 🙂
August 20th Sunday 6:30pm-8:30pm
- Arrive at Fernview Wellness Center, 1115 Dunlap Rd Anderson SC.
- Lecture by Professor Ekaterina Michonova, Solar System Ambassador.
- Distribute The Solar Eclipse Viewing Glasses and Things you “MUST” know about the safe viewing practice.
August 21st Monday (Day of The Solar Eclipse)
- Meet in the designated location at Aug 21st Monday noon
- Overview of safety tips
- Practice how to maximize the viewing experience
- Partial phase start: 1:08:59PM
- Totality starts at 2:37:50 PM with duration of 2m 34s
We have secured a couple of different viewing spots, in case of excessive cloudiness or adverse weather conditions. We will also have a live stream of the eclipse by NASA as an extra precaution.
Check out our past RAYKI retreat(s) here!
- 2017 June 16-21 Summer Solstice Retreat in the Asheville Mountains: a wonderful retreat in Asheville ending with Summer Solstice celebration.
- 2017 Total Solar Eclipse Reiki Mastership and Viewing Ceremony ~ Celebrate the Total Solar Eclipse in Anderson SC! (coming up soon!)