Facts About Astronomy: Exploring the Vast Universe
Astronomy, the captivating study of celestial objects and the vast universe, unveils a plethora of interesting, weird, and cool facts that never fail to ignite our curiosity. From the mind-boggling wonders of space to the intriguing facts about planets and the solar system, let’s embark on a cosmic journey to uncover the mysteries and expand our understanding of the cosmos.
What is Astronomy?
Astronomy is the scientific discipline that focuses on observing and understanding celestial objects, such as stars, planets, galaxies, and other cosmic phenomena. It encompasses the exploration of the vast universe, its origins, evolution, and the laws that govern its workings. By studying celestial objects and their interactions, astronomers seek to unravel the mysteries of the cosmos.
The Vastness of Space
Space is an immense expanse that stretches beyond our imagination, holding countless wonders and secrets. It is a vast cosmic canvas where celestial bodies, galaxies, and nebulas are scattered throughout, forming a tapestry of cosmic splendor. The sheer size and scale of the universe are awe-inspiring, challenging our comprehension and inviting us to explore its depths.
The Solar System: Our Cosmic Neighborhood
Within the expanse of space lies our solar system, a mesmerizing collection of celestial objects orbiting around our Sun. Comprising the Sun, planets, moons, asteroids, comets, and other smaller bodies, the solar system offers a glimpse into the wonders of cosmic architecture. Let’s delve into some intriguing facts about the solar system that will leave you amazed.
Planets: Marvels in Motion
The solar system is home to an array of fascinating space planets that encircle the Sun. Each planet boasts unique characteristics and captivating features. Here are some cool facts about the planets within our cosmic neighborhood:
- Mercury: Being the closest planet to the Sun, Mercury experiences extreme temperature fluctuations, ranging from scorching hot to bitterly cold. It completes a full orbit around the Sun in just 88 Earth days, making it the speediest planet in our solar system.
- Venus: Veiled by a thick atmosphere composed mainly of carbon dioxide, Venus is a scorching planet with surface temperatures hot enough to melt lead. Additionally, Venus spins on its axis in the opposite direction compared to other planets, resulting in a backward rotation.
- Earth: Our beloved home planet, Earth, is teeming with life and remarkable diversity. It is the only known celestial body to support a vibrant biosphere, harboring a wide array of ecosystems and species. Earth is also the only planet with liquid water, a vital ingredient for sustaining life as we know it.
- Mars: Often called the “Red Planet” due to its distinctive rusty hue, Mars has captured human imagination as a potential destination for future exploration. Mars showcases fascinating features, such as the largest volcano in the solar system, Olympus Mons, and Valles Marineris, a vast canyon system.
- Jupiter: Jupiter, the largest planet in our solar system, reigns supreme with its massive size and mesmerizing storms. The Great Red Spot, a massive storm on Jupiter’s surface, has been raging for centuries, making it one of the most captivating features of this gas giant.
- Saturn: Renowned for its breathtaking ring system, Saturn is a celestial jewel that enthralls observers. These iconic rings are composed of countless particles of ice and debris, creating a dazzling spectacle. Saturn’s rings are visible from Earth, adding to its allure.
- Uranus: Uranus, the seventh planet from the Sun, exhibits a rather peculiar characteristic—it spins on its side. This unique axial tilt gives Uranus its distinct appearance, making it an intriguing member of our cosmic family.
- Neptune: As the outermost planet in the solar system, Neptune is a frigid and mysterious world. It boasts supersonic winds that whip through its atmosphere, making it one of the windiest places in the solar system. Neptune’s blue hue, derived from the presence of methane gas in its atmosphere, adds to its allure.
Exploring the Cosmos: Fascinating Space Facts
Beyond our solar system, the cosmos unfolds with countless wonders waiting to be explored. Here are some intriguing and cool space facts that showcase the vastness and complexity of our universe:
- The universe is estimated to be around 13.8 billion years old, emerging from the event known as the Big Bang. This colossal cosmic explosion set the stage for the formation and evolution of galaxies, stars, and other celestial objects.
- There are billions of galaxies scattered throughout the universe, each containing billions or even trillions of stars. These galaxies come in various shapes and sizes, including spiral galaxies like our Milky Way, elliptical galaxies, and irregular galaxies.
- Stars, the luminous objects that dot the cosmos, are born from vast clouds of gas and dust known as nebulae. These celestial nurseries give rise to new stars through the process of gravitational collapse and fusion, illuminating the darkness of space.
- Supernovae, powerful stellar explosions, are cataclysmic events that mark the end of a massive star’s life. These awe-inspiring cosmic fireworks release tremendous amounts of energy, creating heavy elements and dispersing them into space, enriching the universe with the building blocks of life.
- Black holes, enigmatic cosmic objects with incredibly strong gravitational forces, result from the collapse of massive stars. They possess such immense gravity that nothing, not even light, can escape their grasp. Black holes continue to captivate scientists, challenging our understanding of the laws of physics.
- The study of the universe’s expansion has revealed the existence of dark matter and dark energy, two mysterious components that make up the majority of the cosmos. Dark matter exerts gravitational forces, holding galaxies together, while dark energy drives the accelerated expansion of the universe.
- Space is not empty; it contains various phenomena such as cosmic rays, stellar nurseries, pulsars, and quasars. These cosmic wonders provide researchers with valuable insights into the workings of the universe and inspire us to explore further.
Unveiling the Wonder of Astronomy
Astronomy, with its rich tapestry of facts and discoveries, ignites our fascination and drives our exploration of the cosmos. From the mesmerizing planets of our solar system to the mind-bending wonders of deep space, the study of astronomy unveils the mysteries of our existence and our place in the vast universe.
As we delve into the captivating realm of astronomy, we realize that the cosmos holds countless secrets, waiting to be unraveled. Each discovery deepens our understanding of the universe, pushing the boundaries of human knowledge and inspiring new questions. So let us continue to gaze at the stars, explore the wonders of space, and marvel at the extraordinary beauty and complexity of the cosmos.
Journeying Through the Cosmos: Exploring Interesting and Weird Facts About Astronomy
As we venture deeper into the realm of astronomy, let’s uncover more interesting and weird facts that add to the tapestry of cosmic knowledge. These peculiar and surprising tidbits showcase the remarkable diversity and quirkiness of the universe we inhabit.
- The Moon and Tides: The Moon, Earth’s celestial companion, exerts a gravitational force that causes tides in our oceans. Interestingly, the gravitational pull of the Moon also creates tidal forces on the solid Earth, causing it to deform slightly. This phenomenon leads to the stretching and squeezing of our planet, resulting in small but measurable changes in its shape.
- Space Travel Time: While space may appear infinite, traversing its vastness requires considerable time and effort. For instance, it took the Voyager 1 spacecraft, launched in 1977, approximately 35 years to travel beyond our solar system’s heliosphere—the bubble created by the Sun’s solar wind. This impressive journey showcases the vastness of space and the immense distances between cosmic destinations.
- The Largest Known Structure: In the vast cosmic web of galaxies, a structure known as the Hercules-Corona Borealis Great Wall holds the title for the largest known object in the universe. Stretching over 10 billion light-years, this cosmic filament of galaxies challenges our understanding of the universe’s structure and the forces that shape it.
- Weird Planetary Weather: While Earth experiences various weather phenomena, other planets in our solar system boast even more extreme and unusual atmospheric conditions. For example, on Venus, sulfuric acid rain falls from the sky, while Jupiter’s famous Great Red Spot is a persistent and colossal storm that has raged for centuries.
- The Sound of Space: In the vacuum of space, sound cannot travel due to the lack of a medium for propagation. This means that the iconic explosions and spaceship battles we often hear in science fiction movies would be eerily silent in reality. However, space is not entirely devoid of sound; it is filled with subtle electromagnetic waves that scientists convert into audible frequencies to study the cosmos.
- The Stellar Dance: Binary star systems, consisting of two stars orbiting around a common center of mass, are abundant throughout the universe. In some cases, the stars in these systems are so close that they exchange mass, creating a captivating stellar dance. These stellar companions may also spiral closer to each other over time, leading to dramatic events like supernovae or the formation of exotic objects like neutron stars.
Fun and Quirky Astronomical Trivia
While delving into astronomy, we encounter an array of intriguing trivia that sparks our curiosity and offers moments of astonishment. Let’s explore some fun and quirky astronomical facts that make us appreciate the peculiarities of our cosmic surroundings.
- Cosmic Recycling: The atoms that make up our bodies and the world around us are not confined to a single origin. Many of the elements we are composed of, such as carbon and oxygen, were once forged inside the fiery cores of massive stars. When these stars exploded as supernovae, they scattered these elements into space, ultimately contributing to the formation of new stars, planets, and even life.
- The Speed of Light: Light, the fastest known entity in the universe, travels at an astounding speed of approximately 299,792 kilometers per second (or about 186,282 miles per second) in a vacuum. This rapid pace allows light from the Sun to reach Earth in about 8 minutes and 20 seconds, enabling us to witness the daily dance of daylight.
- Space Debris: Space is cluttered with debris from defunct satellites, spent rocket stages, and other human-made objects. This accumulation of space junk poses a potential hazard to operational spacecraft. Efforts are underway to develop technologies for monitoring and clearing space debris to ensure the safety and sustainability of future space exploration.
- Galactic Cannibalism: In the universe, larger galaxies sometimes consume smaller ones in a process known as galactic cannibalism. As these celestial giants merge, their structures morph, and stars from the smaller galaxy become part of the larger one. This ongoing dance of cosmic devouring shapes the evolution and growth of galaxies over billions of years.
- The Cosmic Smell: Space has a distinct aroma that astronauts detect when they venture outside their spacecraft during spacewalks. Astronauts have described the scent as a mixture of burnt metal, gunpowder, and seared steak. This unique olfactory experience results from the interaction of space and astronauts’ equipment, including spacesuits, which emit distinctive odors in the vacuum of space.
Reflecting on the Vast Universe
As we journey through the cosmos, exploring the myriad facets of astronomy, we come to appreciate the rich tapestry of facts, mysteries, and peculiarities that define our universe. From the astonishing diversity of planets and their captivating features to the intriguing phenomena and trivia that spark our curiosity, astronomy continually offers us glimpses into the infinite depths of space.
These facts about astronomy provide a glimpse into the wonder and complexity that permeate the cosmos. They inspire us to contemplate our place in the universe and fuel our desire for further exploration and understanding. As we continue to unravel the mysteries of the cosmos, let us marvel at the vastness, beauty, and astonishing intricacies that await our discovery.
The Endless Frontiers of Astronomy
As we delve deeper into the realms of astronomy, we uncover even more intriguing and mind-boggling facts that challenge our understanding of the universe. Let us continue our cosmic journey and explore additional captivating details that reveal the wonders and complexities of the cosmos.
- The Exoplanet Quest: In recent years, astronomers have made astonishing discoveries beyond our solar system. These discoveries include the detection of thousands of exoplanets, planets orbiting stars outside our Sun. Some of these exoplanets reside within their star’s habitable zone, offering the tantalizing possibility of hosting life as we know it.
- Cosmic Time Travel: When we gaze at the stars in the night sky, we are witnessing the light that has traveled vast distances across the cosmos to reach us. This means that we are observing stars as they appeared in the past. For example, when we look at the Andromeda Galaxy, located about 2.5 million light-years away, we see it as it appeared 2.5 million years ago—a glimpse into the distant past.
- Celestial Fireworks: The universe is a stage for celestial fireworks, where powerful phenomena unleash tremendous energy. One such event is a supernova, the explosive death of a massive star. These cataclysmic explosions release an incredible amount of energy, briefly outshining entire galaxies and scattering heavy elements across space.
- The Diverse Universe: The universe is teeming with diverse celestial objects, ranging from stars and galaxies to nebulae and black holes. Each of these objects possesses its own unique characteristics and contributes to the cosmic symphony. From the fiery brilliance of stars to the mysterious darkness of black holes, the cosmos presents a rich tapestry of cosmic diversity.
- Gravity’s Lens: Einstein’s theory of general relativity predicts that gravity can bend the path of light. This phenomenon, known as gravitational lensing, occurs when light from a distant object is deflected by the gravitational pull of a massive foreground object. Gravitational lensing offers a unique opportunity for astronomers to study distant galaxies and uncover hidden details that would otherwise be inaccessible.
- The Search for Dark Matter: Scientists have long been puzzled by the existence of dark matter, an elusive and invisible substance that does not interact with light or other forms of electromagnetic radiation. While its presence is inferred through its gravitational effects on visible matter, the nature of dark matter remains a mystery, challenging astronomers to unravel its secrets.
- Cosmic Mysteries: Dark Energy: Dark energy, another cosmic enigma, is believed to be responsible for the accelerated expansion of the universe. It is a mysterious force that counteracts gravity and drives galaxies apart. Unraveling the true nature of dark energy is one of the most significant challenges in modern cosmology.
- The Cosmic Microwave Background: The universe’s infancy is shrouded in the faint glow of the cosmic microwave background (CMB). This residual radiation, emitted shortly after the Big Bang, permeates the cosmos and provides a snapshot of the universe’s early stages. The study of the CMB has provided vital insights into the composition, evolution, and origins of the universe.
- Radio Astronomy: While visible light is a valuable tool for studying the cosmos, other forms of radiation reveal additional facets of the universe. Radio astronomy allows scientists to observe and analyze radio waves emitted by celestial objects, unveiling hidden details and phenomena that may not be detectable in other wavelengths.
- The Ever-Expanding Universe: The most fundamental fact about our universe is its continual expansion. Edwin Hubble’s groundbreaking observations in the 1920s led to the realization that galaxies are moving away from us, and from each other, in all directions. This discovery ultimately gave birth to the theory of the Big Bang, suggesting that the universe began from a hot, dense state and has been expanding ever since.
As we contemplate these remarkable facts and delve further into the depths of astronomy, we come to realize that our universe is a tapestry of wonders and mysteries waiting to be unraveled. With each new discovery, we gain a deeper understanding of the cosmos and our place within it.
Astronomy, with its captivating facts and ongoing exploration, fuels our curiosity and sparks our imagination. It inspires scientists and stargazers alike to peer into the depths of the universe and unravel its secrets. As we continue to explore, we will undoubtedly uncover more astonishing facts and redefine our understanding of the cosmos, forever expanding the frontiers of human knowledge.
Unveiling the Marvels of Astronomy
Astronomy, the study of celestial objects and the vast expanse of the universe, captivates our imagination and beckons us to explore the wonders of the cosmos. As we delve deeper into the realm of astronomy, let us unravel more intriguing and awe-inspiring facts that illuminate the mysteries and beauty of our universe.
- The Dance of the Galaxies: Galaxies, vast systems of stars, gas, and dust, adorn the cosmic canvas in a breathtaking display of cosmic artistry. Through the dance of gravity, galaxies interact and merge, giving rise to stunning phenomena. Witness the magnificent Sombrero Galaxy, with its distinct hat-like shape, or the ethereal Whirlpool Galaxy, where gravitational forces trigger the birth of new stars.
- Stellar Spectacle: Nebulas: Nebulas, vast clouds of gas and dust, paint the cosmic tapestry with their vibrant colors and intricate structures. These celestial regions offer glimpses into the stellar nurseries where stars are born. Admire the iconic Orion Nebula, a stellar cradle teeming with young stars, or the breathtaking Veil Nebula, with its delicate wisps of gas, remnants of a supernova explosion.
- The Magnificent Seven: Pulsars, rapidly spinning neutron stars, are cosmic beacons that emit beams of electromagnetic radiation. The rotation of these highly magnetized stellar remnants generates lighthouse-like pulses that can be detected from Earth. The discovery of the first pulsar, the aptly named LGM-1, opened a new window into the cosmos and earned a Nobel Prize for its pioneers.
- Supernovae: Cosmic Explosions: Supernovae, the powerful explosions that mark the end of massive stars’ lives, release vast amounts of energy and leave behind remnants that enrich the universe. These cataclysmic events forge heavy elements such as gold and platinum, scattering them into space and contributing to the cosmic building blocks of life.
- Black Holes: Cosmic Abysses: Black holes, enigmatic objects with gravitational forces so strong that nothing can escape their grasp, remain one of the most fascinating phenomena in the universe. These cosmic abysses result from the gravitational collapse of massive stars, warping space and time. As matter spirals into a black hole, it forms a glowing disk, known as an accretion disk, emitting intense radiation.
- The Great Attractor: In the vast cosmic web, galaxies are not distributed randomly but are drawn toward large concentrations of matter. The Great Attractor is a mysterious region in space that exerts a gravitational pull on galaxies within its vicinity, influencing their motion. Although its exact nature remains elusive, the Great Attractor provides astronomers with clues about the distribution of matter in the universe.
- Dark Matter: The Hidden Enigma: The universe is pervaded by an invisible substance called dark matter, which interacts only through gravity. Although dark matter does not emit, absorb, or reflect light, its presence is inferred by its gravitational effects on visible matter. Composing a significant portion of the universe, dark matter plays a crucial role in shaping the cosmic structures we observe.
- Dark Energy: Propelling Expansion: The universe’s accelerating expansion is attributed to a mysterious force called dark energy. Dark energy is thought to permeate space, pushing galaxies apart and driving the universe’s expansion. The nature and origin of dark energy remain open questions, challenging astronomers to unravel its secrets and understand its profound implications for the cosmos.
- Cosmic Ghosts: Quasars: Quasars, short for “quasi-stellar radio sources,” are incredibly bright and distant objects powered by supermassive black holes at their centers. Emitting prodigious amounts of energy, these cosmic powerhouses can outshine entire galaxies. Quasars provide a glimpse into the early universe, as their light has traveled billions of years to reach us.
- Gravitational Waves: Ripples in Spacetime: In 2015, scientists detected gravitational waves for the first time, confirming a key prediction of Einstein’s theory of general relativity. Gravitational waves are ripples in the fabric of spacetime caused by the acceleration of massive objects, such as merging black holes or neutron stars. This groundbreaking discovery opened a new avenue for observing the universe, allowing us to sense cosmic events in a way never before possible.
The field of astronomy continues to push the boundaries of human knowledge, inspiring us to explore and comprehend the vastness and complexity of the cosmos. As we gaze at the night sky, we are reminded of the boundless wonders that await our discovery. Each fact and revelation brings us closer to unraveling the profound mysteries and unveiling the remarkable beauty of our awe-inspiring universe.
Note: Astronomy is an ever-evolving field, with new discoveries and advancements emerging regularly. The facts presented here are a glimpse into the current understanding of the cosmos, but our quest to comprehend the universe is an ongoing and exhilarating journey.


For the adventurous traveler who craves truly authentic experiences, Santa Fe County is the destination that feeds the soul and energizes the spirit. Enjoy world-class hiking, biking, skiing, invigorating spa and wellness retreats, and a celebrated local cuisine.
El Rancho de Las Golondrinas Winter Lecture Series—Nancy Bartlit “The Santa Fe Japanese Internment Camp in the Shadow of Los Alamos 1942–1946” Nancy Bartlit is an author, oral historian, amateur photographer, and a Chautauqua lecturer listed with the N.M. Humanities Council and the Historical Society of New Mexico. A resident of Los Alamos, Nancy was formerly Chairman of the County Council.
Decode the ancient past through the eyes of a geologist. Local Rockhound Scott Renbarger will be your guide.
Explore the night sky above the park. Catch the green laser guided tour of bright stars and constellations followed by close-up views of star clusters, nebulae and distant galaxies through telescopes.
El Rancho de las Golondrinas Winter Lecture Series—Carmella Padilla “Eva Scott Fenyes, Leonora Scott Muse Curtin, Leonora Curtin Paloheimo and the Cultural Crafting of Santa Fe” Santa Fe native Carmella Padilla is an award-winning author and editor who has written extensively about the Hispano art, culture and history of New Mexico.
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Art and the moon! Superstition, mythology, legend and ritual have linked the human race to the moon in a directly artistic way through the ages - various illustrations, fables and stories over centuries across cultures in all languages, culminating in the childhood tales we all remember, of the mystical "man in the moon".
Since humans first set the lunar module down on the moon’s desolate surface on July 20, 1969, when Neil Armstrong famously declared "That’s one small step for (a) man; one giant leap for mankind", the fictitious folklore of the "man in the moon has been summarily replaced by the scientific reality of "man on the moon", a penetration into the unknown space-time envelope by our sentient species affording enormous possibilities for human culture to develop on the moon, and the role not just of science in space exploration, but equally of fine art.
Believing that "art is not necessarily a purely earth-based activity" as human cultural activity naturally follows human geographic expansion wherever the race ventures and probes into the universe, in November 2007 Christopher Hodson opportunistically purchased a one-acre plot of land on the moon from Moon Estates Ltd for £20, with documentation from the "Lunar Embassy citing the precise acreage as 14ºN 32ºW: Area E-5 Foxtrot Quadrant, Lot Number 405/1004.
Using a lunar map Hodson was able to pinpoint the exact location of the land at the northern foot of a mountain about 40km north-north-east of the crater Kepler, the mountain being approximately 400m at is highest point and 2000m at its longest stretch. He then modeled the terrain using a 3D computer graphics program.
He is under no illusion that he actually owns a plot of the moon; he does not as the contract is not legally binding, the purchase being of novelty value only, as according to the United Nations Space Charter (1965) no singular entity or coalition of countries on Earth can lay possessive claim on any land or resources in the solar system.
Hodson has become aware from personal experience that space agencies, such as NASA and the European Space Agency, are not warm to the idea of exhibiting art in outer space, due largely to the fact that science, as striated (structured) space deals objectively with "the controlled collection and dissemination of knowledge", and art, as smooth (unstructured or free form) space deals with "a more organically subjective approach".
With this in mind, he decided to found his own artistic space agency in order to facilitate the outer space art project he had formulated of a premier art exposition on the expansive and dusty emptiness of the moon’s lifeless surface, by mounting it in virtual reality…unheeded by government agencies or political bureaucracies and all their rules of rights, ownership and authority.
So during 2008 he actively scanned the art world for artist proposals to install art objects on the surface of the moon, should that possibility eventuate in the near future. Each potential artist was required to establish their "suitability for the project by "demonstrating an intriguing and thought provoking practice, strong visual and conceptual style, and the influence of science and technology in their (specific) practice."
Utilizing the plot of the moonscape for which he holds the Lunar Embassy title, Hodson then requested that the artists design a work sympathetic to the context of that lunar site, in any form the artist so desired. The artists chosen are from a variety of countries, representing the egalitarian notion that moon does not belong to any one person, country or artistic style.
Based on NASA's mission control room from the 1960's, and utilizing many screens and monitors as a means to display and organize the works, he has designed and constructed a website devoted wholly to this 14°N 32°W moon exhibition.
"This entire project focusing on employing non Earth locations for the installation and display of artwork is an exciting and attractive one, which was borne out of my earlier work which dealt with the mysteries of the universe, empiricism and the various philosophies which surround man's exploration and advancement through science, Hodson says.
"Initially I was concerned with the idea that perhaps the best context for some of the work I myself was doing was to actually to think about attempting to place it outside of the Earth's atmosphere, where better to display a work dealing with light years than in an environment where that basis of measurement is the only one that fits?"
From those few inchoate thoughts and the serendipitous purchase of the moonscape block, his art imagination took off like a rocket in a scientific flight-track upwards - igniting in this fascinating, challenging and path-finding showcase.
Exhibitors chosen are Jim Hamlyn, Circlemakers, Chris Hodson, Bibi Calderaro, Tamas K.Szvet, and Nicole Mortiboys, each operating from very different reference points, perceptions and conceptions, and all challenging in their own unique manner the doctrines that silently and surreptitiously corrupt free expression in the visual arts - and in so doing they go a long way towards dissolving the illusory barriers between true art and empirical science.
Jim Hamlyn exhaustively documents a single poppy seed using cutting-edge technologies, such that the single seed would be archived, placed in secure storage on earth and then transported and deposited as near to the prescribed project location as possible.
Bibi Calderaro’s site-specific moon-based installation features a Nightingale singing an original song about the aesthetic possibilities of subjects and objects, after Kant.
Tamas K.Szvet’s plan is to install a prism on the moon’s surface to spontaneously create a similar effect in the lunar cycle as the natural lighting effects of a rainbow and the polar light, Aurora Borealis.
Nicole Mortiboys proposal is a film entitled "Bars and Tones", running one minute, displaying spectral contrast colour bars as the marker for the equipment intended to be used, accompanied by aural tones set at one decibel, thus allowing the user to set the playback volume and check the equipment.
The Circlemakers, an art collective who specialize in making crop circles, has created a Moon Dust Circle based on a binary number code which from the viewer perspective spells out "You Are Not Alone".
Christopher Hodson’s exhibit is a large version of Newton’s cradle which sits on the lunar surface, securely anchored in the rocky soil. An astronaut then pulls back one or more of the balls, lets it go so it collides with the first of its neighouring balls. The potential energy released then passes through the spheres to the balls on the cradle’s other end, and the energy then returns through the balls to the sphere that began the motion. Due to an absence of atmosphere on the moon this swinging colliding process could continue perpetually without sound.
written by Michael Berry. 2009.


Avant-garde music and the words of astronauts highlight striking NASA footage of Earth and the moon.
A Special Message from Jonathon Turell, Criterion CEO
I was nine when the Apollo 11 Eagle landed on the moon. I remember vividly watching it on a small black-and-white TV at sleepaway camp that summer of 1969. I’ve been hooked on the space program ever since. Just about twenty years ago, a friend told me he had seen a rough cut of a new space movie and I should see it. I got a tape and watched For All Mankind for the first time. It was unlike anything I had seen before, and I knew that I wanted to be a part of it. I met Al Reinert and we became friends. Janus Films helped to finish the film, and I became an associate producer as we completed the movie. For All Mankind was nominated for the Academy Award for Best Documentary—losing out to Common Threads: Stories from the Quilt. It played festivals around the world. There was a special screening for NASA and the astronauts in Galveston, Texas, and the film showed at the Air and Space Museum at the celebration of the twentieth anniversary of the moon landing.
We started working on the laserdisc release of For All Mankind before the film was complete, and I traveled to Houston to meet Al and interview Apollo 12 astronaut Alan Bean for inclusion on the disc. Bean’s comments were so good that Al recut the film to include a wonderful story about piloting the lunar module in orbit around moon. Meeting one of the astronauts who walked on the moon is still one of the greatest thrills of my life. Last year, when we began working on our Blu-ray release of For All Mankind, we got in touch with Bean again and asked him to participate. He happily agreed to update the feature on his paintings and also to sit down and talk with us about a subject I had become very interested in—science versus art. I wanted to explore the question of whether the astronauts (or the people at NASA) realized they were shooting some of the most artistic images ever recorded (and now some of the most famous) or if it was really all about moon rocks and beating the Russians. This second meeting with Bean didn’t disappoint; he says some wonderful things that are included on the disc. When we finished taping our interview session, he gave me a ride to lunch. The famous Apollo 12 Corvette is gone, replaced by a truck to carry his paintings, but that ten-minute ride will stay with me forever. He talked about walking on the moon; I talked about what movies I like. It didn’t seem quite parallel—for him it was an interesting conversation, for me, it was an audience with a hero.
Over the years, I think I’ve seen every film and TV miniseries about the Apollo program (at least twice), but for me For All Mankind still stands apart. It is unique in its poetic approach and ability to capture the pure emotion of the greatest journey of our time.


SIDM wins NASA Grant
January 25, 2016
The National Aeronautics and Space Administration (NASA) has awarded the Society to Improve Diagnosis in Medicine (SIDM) a 1 year, exploratory grant to study whether education and training on cognitive errors could improve decision-making on future space missions.
Decision-making on space flights is currently optimized by taking advantage of input from crew-members and mission control staff, but on long-duration exploratory missions, such as the planned mission to Mars, astronauts will be more reliant on their own decision-making skills. The lessons learned from studying the cognitive shortcomings that underlie diagnostic errors are highly relevant to the problems NASA astronauts will be facing, because these errors are common to decision-making in all fields.
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The Jupiter Explorer light ball is an essential accessory in cosmic design. This large inflatable balloon presents the detailed design of the planet with the big red spot. This planet-shaped balloon includes LED lights that glow in the dark. Bounce or hit the ball to activate the lights and enjoy an ephemeral light effect. The safety valves make it easy to inflate and deflate the balloon while regulating the air pressure. Thanks to the very resistant vinyl, you can throw it or bounce it without any risk of bursting. Have fun in space today with the Jupiter Explorer Light Ball!


Year 5/6 have enjoyed a fantastic visit to the National Space Centre in Leicester. We learnt about many areas of space exploration to support our science work in school, and found answers to a lot of intriguing questions such as 'How fast does the International Space Centre orbit the earth?' (17150 mph, or 5 miles every second!) Particular highlights of the visit, as voted for by the children, were: the Planetarium 'astronaut' show; driving the Mars rover and looking at possible causes of the big bang.
We would also like to thank our fantastic parent helpers, without whom the visit would not have been possible.
Milverton Primary School
Mrs Kang or Mrs Newsome will be happy to take your call


Virgin Galactic’s future private astronauts have their reply. The space company, along with Under Armour, unveiled their collaboratively designed “spacewear system” this week.
The gear features a base layer, spacesuit, footwear, training suit, and a jacket. It is lightweight made up of “flight-grade” materials. The spacesuit features cushioning for comfort on the elbows, knees, and feet.
Virgin Galactic’s billionaire founder, Richard Branson, stated Under Armour’s designs “surpassed our expectations.”
Branson mentioned, “Spacesuits are part of the iconography of the first space age; their visual impressions of human spaceflight and the astronauts wear are inextricably linked.” “Requirements for astronaut spacewear as they enter the second space age are evolving; however, the design challenge has not diminished.”
The companies mentioned the design of the apparel combines the needs for comfort and utility for these working in outer space. They consulted with various experts such as doctors, astronaut trainers, pilots, shoe designers, engineers, and future astronauts.
“Virgin Galactic gave us a thrilling challenge to construct the world’s first commercial spacesuit,” Under Armour founder and CEO Kevin Plank mentioned. He also said that innovation is on the core of everything they do, and their team delivered a unique approach to the classic spacesuit using both present and new UA technologies for defining space gear in the future.
The spacewear was tested in labs and can be utilized by Virgin Galactic test crews ahead of its commercial flights, which might begin in 2020, based on the company.
Spacesuits will be tailored for every astronaut and personalized with flags and identify badges, in addition to a transparent pocket for pictures of loved ones.
Virgin Galactic is preparing to take passengers on flights to the edge of space aboard a spacecraft it calls SpaceShipTwo. Tickets cost about $250,000 for a 2.5-hour ride, and the company mentioned earlier this month that 600 people had already reserved trips.


Welcome to First in Space, the intergalactic journey of humor and adventure!
At First in Space Comic, we are passionate about creating a one-of-a-kind experience that combines the wonders of space exploration with the magic of comic storytelling. Our comic strip follows the misadventures of Captain Zara and her quirky crew as they navigate the cosmos in their trusty spaceship, “Stellar Starlight.”
Meet Our Crew:
- Captain Zara: Fearless and quick-witted, Captain Zara leads her crew with a mix of expertise and a penchant for finding humor in the most challenging situations. Her unyielding determination and love for exploration make her the heart and soul of the Stellar Starlight.
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Denzil is a certified content marketer by SmartBlogger, a freelance content writer for hire, and a freelance writing coach. Give it a try even now by observing the sky during the night hours for clarity. But if a companion exists, WISE should turn it up. These stars evolve separately, with very little impact from their companions. Your email address will not be published. The red giant star Mira A (right) and its companion, a close binary pair. there are eleven nations spread over six planets in the Antares System. If it survives, it continues to orbit the newly formed body, perhaps passing on more of its material. So which one's which? (Broadcasting) a design for laying cables for cable television in which each house is fed by an individual cable from a local central distribution point Required fields are marked *. The brighter star is officially classified as the primary star, while the dimmer of the two is the secondary (classified as A and B respectively). Let’s now dig into some of the frequently asked questions about the trinary star systems. All three stars have several major and minor satellites, many of of which are inhabited. In the sci-fi video-game Halo, there's a planet with two moons, in a triple star system. With Natalie's three basestars grouped together, Cavil's five basestars circle around them. The most common of the multiple star systems are binary stars, systems of only two stars together. Please deactivate your ad blocker in order to see our subscription offer. Will The Earth Burn Up if it was 10 Feet Closer to the Sun. The trinary star system is one of them. With all these supernatural features within our universe, what reasons do we have of not appreciating it? The trinary system can be divided into two distinct classes: hierarchical systems and physical star systems. After Solar 2 and Space Engine I feel I need to cover the dynamical behaviour of stellar systems with multiple stars, so I break out Universe Sandbox. Se vuoi approfittare delle promozioni vieni nella filiale più vicina o contatta i nostri agenti di zona. These can be divided further into smaller subgroups that are hierarchical themselves. Per conoscere la data dei prossimi meeting, organizzati presso le nostre filiali o in collaborazione ai Partner, i nostri social sono la migliore soluzione per tenersi sempre informati sulle novità. Besides, the latest discoveries suggested that quadruple star systems are likely to be rarer than thought earlier. Life doesn't take too kindly to frequently freezing over," he wrote. As the pair pulls on each other, astronomers can calculate the size, and from there determine characteristics such as temperature and radius. - Page 2. Think you could settle a debate for me? Visual binaries are two stars with a wide enough separation that both can be viewed through a telescope, or even with a pair of binoculars. Space is part of Future US Inc, an international media group and leading digital publisher. The closest star system to Earth — Alpha Centauri — includes a binary pair of stars, Alpha Centauri A and Alpha Centauri B. Binary stars are two stars orbiting a common center of mass. Join our Space Forums to keep talking space on the latest missions, night sky and more! The rest being small Solar System, the dwarf planets, and the smaller objects. The first binary stars seen were visual binaries. And, astonishes us with strange and wonderful…. Stay in touch for more details. Usually, two of the stars form a close binary system, and the third orbits this pair at a distance much larger than that of the binary orbit. Neither WISE nor the Two Micron All Sky Survey has turned up signs of a companion, and on NASA's "Ask an Astrobiologist," David Morrison, an astrobiology senior scientist, stated that such an object would have been clearly detected by these sensitive telescopes. A large group of stars bound by gravitation is generally called a star cluster or galaxy, although, broadly speaking, they are also star systems. In the case of the sun, it's still unclear if Nemesis did exist. User Info: IMRavnos. Separately, there are research teams pursuing the track of a purported "Planet Nine" ice giant planet that is at the edge of our solar system. Meanwhile, in a physical triple star system, the star orbits in a trinary star system orbits. Thanks to the planets in our solar system where we have only one star that orbits the sun. The Solar System is a gravitationally bound system of the sun and other objects that surrounds the. However, for significant multiplicities, the number of known systems with given quantities should be able to decrease exponentially upon multiplication. I logged in after the update and went to my home system to check it out and it was a trinary star system lol. A system that consists of more than three stars, where stars appear jointly to each other from the Earth’s surface. Though binary and multiple systems appear initially daunting, given that one or more stars are constantly moving closer and farther from the planets and changing the amount of light, heat and radiation they receive, systems such as wide binaries or close binaries could actually produce conditions where life could eventually evolve. A quaternary star system was a star system made up of four stars. All Rights Reserved. The Solar System is a gravitationally bound system of the sun and other objects that surrounds the orbit directly or indirectly. (Image credit: Margarita Karovska (Harvard-Smithsonian Center for Astrophysics) and NASA), Infographic: How 'Tatooine' Planets Orbit Twin Stars of Kepler-47, every star like the sun likely had a companion, On This Day in Space! For No Man's Sky on the PlayStation 4, a GameFAQs message board topic titled "I found a TRINARY star system.. with blue/green/red suns." Dec. 18, 1999: NASA launches Terra Earth-observing satellite, Reid Wiseman named new chief astronaut at NASA for 'exciting times to come'. Have you observed it yet? Well, sometimes you'll have two stars in your sky at once, which can be a tad toasty. It hardly seems impossible, but researchers have made it a dream come true by configuring a planet in a stable orbit within a triple star system – a trinary star system. The orbit of these stars can affect the evolution of life, which needs a relatively stable system to develop in. Wide binaries have very little effect on each other, and so they often evolve much like single stars. System Features: Lakonia is a trinary star system with two major stars and a smaller one that is slaved on an irregular orbit between them. 1 year ago. The pairs can also be classified based on how they are observed, a system that has overlapping categories. For many years now, the planet has been known to be a quadruple star system, consisting of only three stars. #6 < > Showing 1-6 of 6 comments This feature is based on the line of sight rather than any particular feature of the pair. A trinary star is a star system consisting of three stars.In most cases the stars are gravitationally bound—two of the stars orbit their mutual center of mass as a binary star, and the third star and binary pair orbit each other around their center of mass. Actually, most stars visible in the night sky belong to multiple star systems revolving around a center of mass. trinary-star-system definition: Noun (plural trinary star systems) 1. Problem with this is that I'm seeing binary/trinary systems with only one star having a resource. Meanwhile, those that orbit the sun indirectly include the moons, where two of them are more significant than the smallest planet, Mercury. More than four-fifths of the single points of light we observe in the night sky are actually two or more stars orbiting together. Scientists think the stars, about 1,600 light-years away, are spiraling in toward one another and will eventually merge. Orbiting two stars at once, as our friend Kepler-47c does, makes life very elliptical, occasionally bringing the planet out of the zone. The objects directly orbiting the sun include the most massive eight planets. Usually, this may be as a result of stars being close to one another physically and gravitationally. China is opening the world's largest radio telescope up to international scientists, China's Chang'e 5 moon samples are headed to the lab. Stars referred to as double stars are two that appear close together in the sky visually, but are not necessarily anywhere near one another in space. In most cases, multiple star systems contain triple star systems, which means more than four components are less likely to occur within the system. If the sky is exceptionally dark away from street lights, you can as well observe patches of the Milky Way across the sky. NY 10036. Binary pairs can be classified based on their orbit. This category is for physical triple stars, also called trinary stars or ternary star systems. by the colonists of the Earhart Colonization Program. In hierarchical systems, the stars are stable and contained in nested orbits, which means there is not much interaction, so each hierarchical level is treated as a Two-body problem. What’s more, the Earth is the third planet in the Solar System. About 80% of the stars are part of multiple star systems. The solar system is a small part of the Milky Way Galaxy. Close binaries, however, impact each other's evolution, with mass transfers changing the composition of the stars. Spectroscopic binaries appear close even when viewed through a telescope. This web page shows the typical orbits for stars in binary, triple and quadruple star systems. Let’s face it. The stars are properly termed Lakonia Alpha, Beta, and Gamma. If the planet orbits one member of a pair we add the requirement that the difference in temperature caused by presence or absence of the companion star not be extreme. In cases where the stars are of equal brightness, the designation given by the discoverer is respected. Triple star systems have two stars that orbit at a close range, while the third orbit around the first two. In the meantime, scientists have been able to come up with complex influences of trinary star systems – a planet with three or more parents. Your email address will not be published. A trinary star system is a system consisting of three or more stars that appear to be close to one another from the Earth. In the 1980s, scientists suggested the presence of Nemesis, a second star — either a brown dwarf, dim red dwarf or white dwarf — in the sun's system as a reason behind the periodic mass extinctions that occurred in Earth's history, which some paleontologists suggest have occurred in 26-million-year cycles, though the cyclical nature is under debate. Stars in multiple systems can have a direct impact on life. Multi-star systems are super bright, so much so that they often drown out any planets orbiting nearby, making them hard to spot. Each of these stars has a planetary system of its own. The Canaan system becomes host to a series of conflicts and wars centuries in the future. A survey using the Very Large Array in New Mexico and the James Clerk Maxwell Telescope in Hawaii examined dozens of systems and found that the younger ones generally had a wide separation, and the older ones had a narrow separation. A star system or stellar system is a small number of stars that orbit each other, bound by gravitational attraction. Five to 10 percent of visible stars are visual binaries. Eclipsing binaries are two stars whose orbits are at an angle so that, from Earth, one passes in front of the other, causing an eclipse. In other words, if you observe the stars from the planet Earth, they appear to be close to one another, as they seem to occupy the same point in the sky, but in real life, they are sparsely located from each other. 1 year ago. The detection of the new planet came as part of a larger study on the trinary star system spanning 10 years. If one star in a close binary system explodes in a supernova or sheds its outer layers and forms a pulsar, often the companion is destroyed. They may have once contained a third star, which booted the distant companion outward while eventually having been ejected themselves. And a black hole makes three — Astronomers have discovered closest black hole yet in trinary star system Just 1,000 light years from Earth, its two companion stars are visible to the naked eye. In 2016, Konstantin Batygin and Mike Brown (both researchers at the California Institute of Technology) stated that Planet Nine may be altering the orbits of objects in the Kuiper Belt. Realizing that they intend to attack, Natalie orders the fleet to jump, but the initial salvo disables their FTL drives. Multiple Star Orbits. In 2015, astrophysicist Paul Sutter — a research fellow with the Astronomical Observatory of Trieste — wrote on Space.com that it seems unlikely that life could exist in most binary systems. And why are there 2 options for unary systems as well? [9 Exoplanets That Could Host Alien Life]. The unusual star system - the first of its kind to be found - was detected by the SUPERWASP (Wide Angle Search for Planets) project. With that kind of instability, erraticism and irradiation, it's hard to imagine complex life evolving with the kind of regularity it needs.". The closest star system to Earth — Alpha Centauri — includes a binary pair of stars, Alpha Centauri A and Alpha Centauri B. Star System vi propone continuamente aggiornamenti sui nuovi prodotti e tecnologie. Thank you for signing up to Space. [Infographic: How 'Tatooine' Planets Orbit Twin Stars of Kepler-47]. Using "class = star" will make it the star class that matches the star type, so if we'd used sc_b above, the star would be pc_b_star-- a Class B Star. These simulations show perfect star systems with stars of … It is a relatively cool and faint star, approximately one tenth the mass and diameter of SoVran or approximately 30% larger than the planet Jupiter. "One of the hardest observations you can … A host of planets have already been found orbiting multiple stars. Most people chose this as the best definition of trinary-star-systems: (astronomy) Plural form o... See the dictionary meaning, pronunciation, and sentence examples. Wide binaries are stars that have orbits that keep them spread apart from one another. Save my name, email, and website in this browser for the next time I comment. In 2010, NASA's Wide-field Infrared Survey Explorer (WISE) began searching for brown dwarfs, though it isn't searching specifically for one in the solar system. © Beings of Universe - 2020. A As of 210 A.L. Get breaking space news and the latest updates on rocket launches, skywatching events and more! The Milky Way covers about two-thirds of the way out from the center of the universe, including the several comets and asteroids and dwarf planets surrounding the sun. The first four-star planet, KIC 4862625, was discovered by citizen scientists with the help of public data from NASA’s Kepler mission. More commonly, the envelope of gas and dust that collapses in on itself to form a star splits and forms two or more stars instead. The main section for this category is in the article Star system, in the section titled Triple. The planet Earth is found in the Virgo Supercluster of galaxies. Most people are continuously demented when asked such a question – simply because they fail to understand how possible it is to live in a star. But here is the big question: where is the solar system located? For example, the Robo-AO adaptive optics system developed by the Inter-University Center for Astronomy and Astrophysics in India. © Upon jumping to a trinary star system near the orbit of a ringed gas giant, Natalie's ship learns that the Resurrection Ship failed to make the jump. Currently it is the capital system of the Antares Confederacy. Well, we live on the planet Earth, which is the most significant part of the solar system. A trinary star system or stellar system is a system of three stars that orbit each other, bound by gravitational attraction. The Antares System is named after the Old Antares System. There has been a drastic improvement in the observational techniques from the previous estimates. What does trinary star system mean? This results from unstable interaction between the realms and the motion of stars that continue to stabilize with time. To observe all these practices, watch the sky at night, and you’ll surely see stars in the Milky Way. Modeling suggested that most stars would form with a distance between them, and then either move closer together or drift apart, breaking gravitational bonds. Remember, two hands are better than one. Usually, this may be as a result of stars being close to one another physically and gravitationally. However, things have recently changed: in the year 2013. These systems consist of more than three stars. However, scientists are divided as to whether a red dwarf star such as Proxima Centauri has stable enough "space weather" to prevent radiation or heat surges diminishing the chance for life on a nearby planet. The place you begin your exploration determines your allegiance. This has proven our solar system to contain about four percent of the quadruple stars. Hoping to find a sandworm since it's a desert planet but haven't spent much time there. In the binary system J0806, two white dwarf stars orbit one another every 321 seconds. Please refresh the page and try again. The main reason behind this phenomenon is the comparable sizes between the inner and outer orbits, leading to the ejection of a star from the system. There was a problem. (Film) the practice of casting one or two famous actors or actresses in a film, play, etc, so that their popularity ensures its success 3. Our third sister star is TeLios, a small red dwarf sun that resides in the outer reaches of our Trinary star system. Unable to escape, the ships are hit by a constant barrage of missiles and Raider attacks, with one of Natalie's basestars quickly destroyed. These stars evolve together, though not necessarily identically. A trinary star1 was a star system consisting of three stars orbiting one another. Meaning of trinary star system. Such planets are known to be found in families with several stars. For a trinary system we can use the same kind of method, simply treating the binary as one body when it … A galaxy is an enormous collection of dust, gas, and billions of stars within the solar system. Star systems are not to be confused with planetary systems, which include planets and similar bodies (such as comets). Top A B C D E F G H I J K L M N O P Q R S T U V W X Y Z. If you have any other new tips, we’ll be glad if you leave a comment. About half of all stars are found in systems containing two or more stars. Okay, enough of the introduction. Visit our corporate site. For optical triple stars, see Category:Triple stars Trinary stars are not the same as Triple stars But this is a rare event. A supercluster is an assemblage of galaxies held together by gravity. 10 Common Myths and Misconceptions about Africa, See Mars Without Telescope: Everything You Need to Know. These factors help characterize single main sequence stars in the universe. The Antares System is a trinary star sytem discovered in 2159 CE / 0 A.L. Binary star systems provide the best means for scientists to determine the mass of a star. A Strange discovery in a star system far, far away; You might not think planets could be any stranger than those depicted in the epic film series, Star Wars. Astrometric binaries are stars that seem to dance around an empty space; that is, their companions cannot be identified but only inferred. Scientists must measure the wavelengths of the light the stars emit and determine their binary nature based on features of those measurements. And surprisingly, this trinary star system is even smaller than star clusters, which contain up to 1,000 stars. Future US, Inc. 11 West 42nd Street, 15th Floor, You will receive a verification email shortly. Eventually, Natalie's other basesta… The planet earth is a subgroup of galaxies known as the Local Group, which is the second-largest among all the universes. In 1802, Sir William Herschel, who cataloged about 700 pairs of stars, first used the term "binary" in reference to these double stars. Definition of trinary star system in the Definitions.net dictionary. While no stars in the habitable zone have been found in the binary star part of Alpha Centauri, the planet Proxima Centauri b was announced in 2016 in the habitable region of its star. The universe is one of the most beautiful places to be: the stars, moons, planets, and the solar system you name it! Such a companion may be too dim to be seen, or could be hidden in the glare from the primary star. List of quaternary star systems Capella, PH-1 (Kepler-64) List of trinary star systems. Would be cool if they made it so you could build starbases on all two or three stars, turning these systems into defensive powerhouses. Information and translations of trinary star system in the most comprehensive dictionary definitions resource on the web. And don't forget the double-doses of UV radiation and solar flares. These discoveries were made using more advanced instruments, which are fitted to telescopes at the Palomar Observatory in San Diego. If it had, the sun's sibling likely moved away billions of years ago. It has been going through your head, and today you decided to find out how you can see…, Earth is a remarkable place. "Orbiting just one star in a binary system? In 2017, a study showed that almost every star like the sun likely had a companion when they were born. These pairs come in an array of configurations that help scientists to classify stars, and could have impacts on the development of life. Memory Beta, non-canon Star Trek Wiki is a FANDOM Books Community. In 1617, at the request of a fellow scientist, Galileo Galilei turned his telescope toward the second star from the end of the handle of the Big Dipper, discovering that one star seemed to be two; ultimately it turned out to be six. However, not all triple star systems are gravitationally-bound, and such include a physical binary star and a purely optical triple star system. You can use pc_b_star anyway if you want, but that can cause complications with star lighting and, in a binary/trinary system, planet naming. Evidence they cite includes the distant orbit of dwarf planet Sedna, the well-defined edge of the Kuiper Belt (a debris disk in our solar system), and the orbits of objects in the Oort Cloud (icy rocks beyond Pluto's orbit). Interestingly, this galaxy has a supermassive black hole in the middle, held together by gravity. New York, The third star, Proxima Centauri, is roughly one-fifth of a light-year away (roughly 13,000 sun-Earth distances; some astronomers debate whether Proxima Centauri should be considered part of the same system.) However, there are other distant planets known as exoplanets. IMRavnos 2 months ago #8. The Batuu system was a star system with three stars that was located in the Trilon sector of the Outer Rim Territories on the edge of the Unknown Regions at galactic coordinates -401.72, -561.84, 004.32. A trinary star system is a system consisting of three or more stars that appear to be close to one another from the Earth. How a pair of stars evolve depends on their distance from each other. Within the Local Group, there is the Milky Way – a large spiral galaxy where the Earth is located. Space Chat with Space.com: Tune in Fridays for science, space and more! Recent research has proven this type of star system, to contain two pairs of twin stars, which are circling each other at great distances slowly. (Image: © NASA/Tod Strohmayer (GSFC)/Dana Berry (Chandra X-Ray Observatory)). Some scientists suggest that there is evidence out there for a Nemesis. Usually, you’ll observe two of the stars form a close binary system with the third one orbiting a bit far from the binary realm. Some people even think that the sun is part of a binary system. Binary and multiple star systems are very common in our universe. "While binary systems certainly have a habitable zone, where liquid water could potentially exist on the surface of a planet, life might find it difficult to gain a foothold. The Canaan Trinary system is a star system that features a multitude of planets and moons, including two companion stars. It stuns us with its beauty. And sometimes you'll have a star on each face of the planet, ruining the night. Stars travel around the galaxy, and sometimes a massive star captures a passing one, creating a new binary pair. The primaries of some close binaries consume the material from their companion, sometimes exerting a gravitational force strong enough to pull the smaller star in completely. Close binaries, on the other hand, evolve nearby, able to transfer their mass from one to the other. And if you have a news tip, correction or comment, let us know at: [email protected]
In a triple star system, each star orbits the centre of mass of the system. Necessarily identically correction or comment, let US Know at: Community @ space.com binaries appear close even viewed. Supercluster of galaxies known as exoplanets: where is the Milky Way the... Feature of the sun and other objects that surrounds the into two distinct classes: hierarchical systems physical. Directly or indirectly to the planets in our universe, what reasons do we have of not appreciating?! Four-Fifths of the pair their orbit be glad if you have a star people think! Smaller than star clusters, which is the third planet in the observational techniques from the Earth that overlapping! Classified based on features of those measurements are not to be close to one another and will eventually.! Advanced instruments, which include planets and similar bodies ( such as and... Wide binaries have very little effect on each other 's evolution, with very little impact their. Us Inc, an international media Group and leading digital publisher 1,000 stars is!, making them hard to spot NASA/Tod Strohmayer ( GSFC ) /Dana (. Confused with planetary systems, which needs a relatively stable system to Earth — Alpha Centauri B called trinary or. Frequently asked questions about the trinary star system is even smaller than star clusters, which up! Earth is a FANDOM Books Community evidence out there for a Nemesis between the and. Systems revolving around a center of mass to observe all these practices, watch sky., perhaps passing on more of its material any particular feature of the system percent... Alpha, Beta, and billions of stars being close to one another every 321 seconds Future Inc. Try even now by observing the sky during the night once, which needs relatively. To orbit the newly formed body, perhaps passing on more of its own delle vieni! Companion may be as a result of stars being close to one another from Earth! And could have impacts on the planet Earth, which is the system... So much so that they often evolve much like single stars a Supercluster is an assemblage galaxies... Unclear if Nemesis did exist of known systems with only one star that orbits sun! Logged in after the update and went to my home system to contain about percent... 42Nd street, 15th Floor, new York, NY 10036 is found in families several! Has been a drastic improvement in the Definitions.net dictionary star that orbits the sun and other objects that the... Can also be classified based on how they are observed, a freelance writing coach provide. A large spiral galaxy where the Earth Burn up if it had, the Earth Burn up if it a. Should turn it up o contatta i nostri agenti di zona number of systems! Planetary systems, which include planets and moons, in a binary pair of,... To stabilize with time star having a resource overlapping categories sometimes you 'll have a star was. It continues to orbit the newly formed body, perhaps passing on more of material... Determines your allegiance provide the best means for scientists to determine the mass of sun! The other hand, evolve nearby, able to decrease exponentially upon multiplication time i comment marketer SmartBlogger... A pair of stars evolve depends on their orbit Feet Closer to the sun and other objects surrounds! The Old Antares system is named after the update and went to my home system contain... Smaller than star clusters, which are fitted to telescopes at the Palomar Observatory in Diego! To the sun and other objects that surrounds the orbit directly or indirectly results! Home system to Earth — Alpha Centauri B the case of the system the pair take too kindly to freezing., it continues to orbit the newly formed body, perhaps passing on more of own! Everything you Need to Know planets have already been found orbiting multiple stars other, bound by attraction! Sky at once, which are inhabited latest updates on rocket launches, skywatching events and more trinary star orbits. Do we have of not appreciating it system consisting of three or more stars orbit. Given quantities should be able to transfer trinary star system mass from one to the hand! '' he wrote Africa, see Mars Without Telescope: Everything you Need Know! And physical star systems are not to be close to one another every 321 seconds surrounds the orbit or! Its material and other objects that surrounds the basestars grouped together, though not necessarily.! Sun likely had a companion trinary star system they were born Robo-AO adaptive optics system developed by Inter-University... The typical orbits for stars in multiple systems can have a direct impact on life multiple systems. In 2017, a close binary pair of stars, systems of only two stars in binary, triple quadruple! Wide binaries are stars that appear to be a tad toasty the Milky Way across the sky continue. At the Palomar Observatory in San Diego to a series of conflicts and trinary star system centuries in solar. Filiale più vicina o contatta i nostri agenti di zona missions, sky! Pulls on each face of the frequently asked questions about the trinary system be! Two companion stars ) ) the universes similar bodies ( such as )... – a large spiral galaxy where the Earth is the most comprehensive dictionary definitions resource on the other can... Be hidden in the Future the wavelengths of the stars are of equal brightness, planet. Is named after the Old Antares system is even smaller than star clusters which. On each other, and from there determine characteristics such as comets ) unclear Nemesis. For stars in multiple systems can have a news tip, correction comment... Still unclear if Nemesis did exist are likely to be close to one another and will eventually merge galaxies. The Definitions.net dictionary planets have already been found orbiting multiple stars capital system of the stars, also trinary. Years now, the number of known systems with given quantities should be able to decrease exponentially upon.. Sky is exceptionally dark away from street lights, you can as well observe patches of the pair star Wiki! Nemesis did trinary star system newly formed body, perhaps passing on more of its material frequently freezing over, he! Were made using more advanced instruments, which can be divided into two distinct classes: systems! Of stars evolve depends on their distance from each other, astronomers calculate. Unclear if Nemesis did exist through a Telescope observe all these supernatural features our... San Diego nature based on the trinary star system consisting of three or more stars orbit! Is named after the update and went to my home system to Earth — Alpha Centauri — includes binary! Email, and you ’ ll be glad if you have a.. Translations of trinary star system in the case of the Milky Way galaxy these pairs come in an array configurations... Their distance from each other, and such include a physical triple star system consisting of three or more that. And will eventually merge each face of the stars emit and determine their binary nature based features! Smaller than star clusters, which can be a tad toasty [ 9 exoplanets could! Which include planets and similar bodies ( such as comets ) directly orbiting the sun, it to. Forget the double-doses of UV radiation and solar flares and the smaller.. Could be hidden in the Virgo Supercluster of galaxies, skywatching events and more J0806, white. New York, NY 10036 unclear if Nemesis did exist transfer their mass one! Every star like the sun companion when they were born is evidence out there for a Nemesis question: is..., many of of which are inhabited systems, which are fitted to telescopes the. Passing one, creating a new binary pair gravitationally bound system of system! And the smaller objects rarer than thought earlier toward one another physically and gravitationally a comment of planets already... To multiple star systems are binary stars are two stars in the Definitions.net dictionary more stars that continue to with. Breaking space news and the motion of stars, Alpha Centauri — includes a binary of! Than thought earlier tad toasty watch the sky during the night sky and more @ space.com trinary-star-system definition: (. The binary system J0806, two white dwarf stars orbit one another Know. Suggested that quadruple star system lol called trinary stars or ternary star systems revolving around center... Aggiornamenti sui nuovi prodotti e tecnologie for science, space and more appear be..., 15th Floor, new York, NY 10036 them hard to spot a sandworm since it 's a with. Should be able to transfer their mass from one another from the primary star of only stars! But the initial salvo disables their FTL drives another and will eventually merge stars together have... System made up of four stars any other new tips, we live on the line of sight than. Fridays for science, space and more have several major and minor satellites, many of which! Star that orbits the sun 's sibling likely moved away billions of years ago stars... Planet, ruining the night question: where is the big question: where is the most common of sun! Pulls on each other, bound by gravitational attraction revolving around a center of mass a larger on... Memory Beta, and website in this browser for the next time i comment stars about... Not appreciating it or could be hidden in the most significant part of single... It was a star on each other, and sometimes a massive star a.


"What's the speed of time? One second per second? Minute per minute? Hour per hour?
And yet the Laws of Physics apply unchanged whether time runs "forwards" or "backwards"; there's nothing in principle prohibiting the reversibility of physical processes. It's entirely lawful (though extremely unlikely) for spilled milk to "unspill" back into the glass from which it spills (spilled? (!)).
Very important point. Warrants repeating. The Laws of Physics don't prohibit things flowing from future to past.
The idea that the universe will be created in the past by something in/from the future is not inconceivable --- there are many science fiction novels and short stories based on the idea.
Some schools of thought hold that Reality is cyclical --- eternally recurring –-- and that time moves in a circle, with no origin, no culmination, no direction.
An opposing view is that time travels in a direction, towards a culmination, from an origin, with or without purpose.
In the "Big Bang" model of the origin of the universe, there's a start, a direction, and an end.
In the Steady State model, the Universe has always been and will always be: no start, no direction, no end.
Today, the Big Bang model, as amended, is endorsed by most physicists. There remain few if any steady state adherents.
Some physicists believe that if and when a thing called the "Big Crunch" gets underway, the arrow of time will run in the opposite direction --- opposite to the direction it appears to be running right now, in the Big Bang phase of the cycle.
But no-one will ever know: You can't tell if you're going backwards if your clocks are going backwards too.
So, what do you get when you shoot the Arrow of Time at the Eternal Return?
The Eternal Spiral of course!


November 10, 2005
You can only wonder what Boris Volfson has got parked in his garage. What he has in his file cabinet is USPN 6,960,975 (pdf). If you want to sell your anti-gravity powered spaceship with hollow superconductive shield, you better first take a patent license from Boris. Either that, or go intergalactic to evade infringement. As to the patent office granting this, it's a spacetime anomaly indeed.
This is a patent abstract to die for.
A space vehicle propelled by the pressure of inflationary vacuum state is provided comprising a hollow superconductive shield, an inner shield, a power source, a support structure, upper and lower means for generating an electromagnetic field, and a flux modulation controller. A cooled hollow superconductive shield is energized by an electromagnetic field resulting in the quantized vortices of lattice ions projecting a gravitomagnetic field that forms a spacetime curvature anomaly outside the space vehicle. The spacetime curvature imbalance, the spacetime curvature being the same as gravity, provides for the space vehicle's propulsion. The space vehicle, surrounded by the spacetime anomaly, may move at a speed approaching the light-speed characteristic for the modified locale.
So, exactly how does it go?
By creating a spacetime curvature anomaly associated with lowered pressure of inflationary vacuum state around a space vehicle, with the lowest vacuum pressure density located directly in front of the vehicle, a condition could be created where gravity associated with lowered vacuum pressure density pulls the vehicle forward in modified spacetime.
And the physics behind it...
Analyzing physics laws defining the cosmological constant, a conclusion can be drawn that, if a levitating, rotating superconductive disk subjected to high frequency magnetic fields affects the cosmological constant within a locality, it would also affect the vacuum energy density. According to the general relativity theory, the gravitational attraction is explained as the result of the curvature of spacetime being proportional to the cosmological constant. Thus, the change in the gravitational attraction of the vacuum's subatomic particles would cause a local anomaly in the curvature of the Einsteinean spacetime.
Do you remember the 'flux capacitor' from the DeLorean time machine in the movie series "Back to the Future"? Yep, the Borismobile has one. But you probably had that figured out already.
By creating alternative anomalies and modulating their parameters, the space vehicle's crew would dilate and contract time and space on demand. The space vehicle, emitting a vacuum pressure modifying, controllably-modulated gravitomagnetic field in all directions, would rapidly move in the uneven spacetime anomaly it created, pulled forward by gravity or pushed by the repulsion force. The time rate zone of the anomaly is expected to have multiple quantized boundaries rather than a single sudden boundary affecting space and time in the immediate proximity of the vehicle. Speed, rate of time, and direction in space could be shifted on demand and in a rapid manner. The modulated light-speed could make the space vehicle suitable for interstellar travel. Because of the time rate control in the newly created isospace, the accelerations would be gradual and the angles of deviation would be relatively smooth. The gravity shielding would further protect pilots from the ill-effects of gravity during rapid accelerations, directional changes, and sudden stops.
With its 47% energy conversion efficiency, the Borismobile goes from zero to light speed in less than year. That's real performance and economy you simply can't get in other anti-gravity ships nowadays. And it stops on a dime.
Posted by Patent Hawk at November 10, 2005 12:06 AM | Prosecution
He might not have a garage. Look at the address on the patent; He lives in an apartment.
Posted by: Josh at November 10, 2005 6:03 AM


SOLAR FLARE EXTINCTIONS
by TODD BIESIADA
The northern light are just ionized mass from the sun coupling with oxygen and nitrogen. If you know how water is formed then you would know when ionized H2 meets up with O2 it exploded. In atmospheric conditions the reactions are much less 'explosive' in that the concentrations are not high and each reaction is like a flash of light. IN the mid 80's I was studying the Bermuda Triangle and figured out that the earth's magnetic field is quite important. Note the sun reverses it magnetic field approximately every 11 years and the sun spot are just concentrated flux line areas. well the earth also reverses it's magnetic field but in 70 -250k time periods and i believe the triangle area experiences flux anomalies. My opinion but that was not the beast behind what came from the research.
If the earth goes through another reversal, our magnetic shield is down and if the sun kicks out a solar flare during one of these periods when we have no magnetosphere; tell me what do you think would happen. That amount of ionized mass these solar flares kick out would encircle the globe and react with our high oxygen/nitrogen atmosphere and there would be an enormous atmospheric fires that would cook the surface in a sharp immediate flare up. i posed then as I do now Alvarez is wrong about what caused the 65m or the 250m extinctions.
That iridium can be explained once they figure out how how basalts ejected from volcanoes into the upper atmosphere have a high residual of iridium.... ooops ..... Iridium and osmium were identified in the black residue remaining after dissolving platinum ore with aqua regia, a mixture of 25% nitric acid (HNO3) and 75% hydrochloric acid (HCl).
Today, iridium is still obtained from platinum ores and as a by-product of mining nickel. Basalts .... and what is HNO3, Nitrogen that captures an ionized H atom. You know the same stuff the sun kicks out. I pose a magnetic field reversal caused the increased tectonics movements which caused the increased volcanism and then while the earth had no magnetosphere the earth was hit by a solar flare and this is what caused or was the primary cause of the main extinctions. This stuff is old old junk to me but haarp is not of any conspiracy to do anything other then obtain the next appropriation from congress. Do you own any stock in the companies they fund? And if you note what is occurring now on the globe, the poles are dancing around like kids and we are having increased northern light activity.... were are in the beginning of another reversal. This is not my primary Love in research but i will bet it is a worthy item to look into.
Another Nobel if it is correct, by the way! This below is what I found some time back after I wrote up my article, so I am not the first who thought of it, but the mechanisms of tectonics were unknown back then but at least these people were looking at the reactions that occur in the atmosphere as it is the only way that a global fire could have occurred. Back before the KT the atmosphere was thought to be of 32 % Oxygen and now it is in the 21% range. This is why dinosaurs were so big, there metabolism had more oxygen available. And then if you do the math note how much water increase the globe would have if 11% of the oxygen combined with hydrogen.
Asteroids have hit the earth since the beginning of time, so the shocked quartz is all over the globe. The only one that stands out is the iridium and that shit is again all over the globe what most do not know is the isotopes and how these isotopes exist by being exposed to the suns emission. Note c-12 to c-14 and how it works. did you know you have the number of the beast upon you. c-12 is thought to have 6 electron, 6 protons and 6 neutrons and all life is of c-12 ...... Here is the old publication I found
Solar flare extinctions 1978
The question is considered of whether the solar - flare mechanism proposed to account for the minor extinctions of terrestrial species that are associated with geomagnetic polarity reversals could also account for the much more catastrophic and massive extinctions that have tended to mark many of the major boundaries of the geological record. Depletion of stratospheric ozone due to hypothetical intense solar flares is examined, the possibility that nearby supernova explosions might be a cause of intense stratospheric ionization is discussed, and a one-dimensional time-dependent model of stratospheric photochemistry is used to study the effect of enhanced supernova-related cosmic-ray fluxes on the total solar radiation penetrating the stratosphere. It is concluded that the passage of earth through a supernova remnant would be likely to cause a prolonged period of harsh environmental conditions for the biosphere and that such conditions might or might not lead to major extinctions of animal populations.


Pluto is the distant world discovered by clyde tombaugh and visited in 2015 by the new horizons spacecraft it's also a controversially named dwarf planet. Pluto is a dwarf planet in the solar systemits formal name is 134340 plutothe dwarf planet is the ninth largest body that moves around the sunat first, pluto was called a planet. Pluto is a planet, one of ten in our solar system — and the iau is long overdue to adopt a more robust definition of planet argues tim debenedictis. Let’s find out why pluto is no longer considered a planet pluto was first discovered in 1930 by clyde w tombaugh at the lowell observatory in flagstaff arizona astronomers had long predicted that there would be a ninth planet in the solar system, which they called planet x only 22 at the time .
Pluto (minor-planet designation 134340 pluto) is the largest object in the kuiper belt, and the tenth-most-massive body observed directly orbiting the sunit is the second-most-massive known dwarf planet, after eris. As of 2014, pluto isn't considered a planet because of its size and location in space in 2003, when an astronomer found an object in space that was beyond pluto and also larger than pluto, it caused scientists to reconsider what constitutes a planet the object that caused this change is called . Pluto, originally considered the ninth planet, was classified as a dwarf planet the icy body and its five moons orbit the sun far out in the kuiper belt.
Pluto is one of the most mysterious and controversial celestial objects in the solar system find out what most mystifies scientists and stargazers about this dwarf planet. Nasa's new horizons spacecraft flyby has reinvigorated pluto's image, leaving much of the public to wonder why the dwarf planet was demoted initially. Nasa scientists try to redefine the planet to get people interested in exploring pluto and the solar system's moons again. For a long time, pluto was considered to be the 9th and tiniest planet in our solar system however, after scientists made some new discoveries . In 2006, astronomers around the world convened at the general assembly of the international astronomical union, which was held in prague, to decide the definition of a planet.
In 2006 the international astronomical union defined planet in such a way as to exclude pluto, reclassifying it instead as a dwarf planet although discussion of the matter continues, the change has been widely accepted. Why is pluto not a planet according to the new definition of a planet which was coined in 2006, pluto was demoted to the status of a dwarf planet. Pluto was discovered in the year 1930 by us astronomer clyde tombaugh although originally classified as a planet, pluto was reclassified as a dwarf planet in 2006, a controversial decision by the iau committee as such, pluto is no longer considered to be the 9th planet of our solar system . Find articles and multimedia about pluto from the new york times discovered in 1930 by astronomer clyde tombaugh pluto is the outermost planet in the solar system most of the time.
Most astronomers think pluto and the many other objects orbiting beyond neptune are kuiper belt objects what does this assume about the age of the universe. Find out if neptune is a planet with facts from the dk find out website for kids improve your knowledge on pluto and dwarf planets with dk find out. “don't call pluto a shortie it prefers cute little planet” ~ nasa on pluto “i don't know what all the fuss is about, pluto was a piece of frozen rock before he was called a planet, and he's a piece of frozen rock now.
Today is a historic day—one that will bring joy to the hundreds of millions of pluto lovers around the globe the international astronomical union (iau), the body that is responsible for naming and classifying objects in the cosmos, has just announced that pluto has been reclassified as a major . Pluto (minor planet designation: 134340 pluto) is a dwarf planet in the kuiper belt, a ring of bodies beyond neptuneit was the first kuiper belt object to be discovered. Why isn't pluto a planet anymore question date: 2007-03-30: answer 1: the reason why there was debate over whether pluto constitutes a planet or not is due to the fact that in previous times, there wasn't a good definition to what a planet was.
This esheet accompanies the lesson, is pluto a planet. Poor pluto is it or isn't it a planet. Pluto is a planet welcome to the main webpage for the society for the preservation of pluto as a planetwe here at sp3 believe strongly that pluto's status as a planet should not be in question. Pluto orbits beyond the orbit of neptune (usually) it is much smaller than any of the official planets and now classified as a dwarf planet pluto is smaller than seven of the solar system's moons (the moon, io, europa, ganymede, callisto, titan and triton).


AUM offers safe solar viewing of Transit of Venus on June 5 | Events
MONTGOMERY, Ala. - Unless you plan to be alive 105 yearsfrom now, June 5 will be your last opportunity to see Venus travel between the Earth and the sun, appearing as a large black spot on the sun’s surface. The public is invited to safely view this rare astronomical event at Auburn Montgomery, 5:10-7:40 p.m., on the 10th floor of the Ida Belle Young LibraryTower on campus. The event is free and open to the public.
A “transit of Venus” occurs when Venus visibly passes between the Earth and the sun. The effect is similar to that of a solar eclipse, though Venus appears much smaller than the moon – appearing as a small dot as it travels across the sun, instead of blocking the sun out – due to the planet’s distance from the Earth.
The last transit took place on June 8, 2004 and will notoccur again until December 2117. Transits typically occur in pairs, eight years apart. Therefore, the June 5, 2012 transit is the second in a pair. The last pair occurred in 1874 and 1882.
“Essentially, this will be most people’s last chance to see this rare event happen in their lifetime,” said Chad Ellington, AUM astronomy instructor and a solar system ambassador for the NASA Jet Propulsion Laboratory.
Ellington has organized the AUM viewing, in collaboration with the Auburn Astronomical Society. Since it is not safe to gaze directly at the sun, those who want to see the transit are encouraged to come to AUM and take advantage of the solar telescopes and “eclipse shades” that will be provided.
Information Source: AUM
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Monday, March 20, 2017/Categories: General News, Today's Top 5, Livestock, Grains
BILLINGS, MT (March 20, 2017) - For a lot of people, it has been a long, cold and snowy winter. So, with the Spring Equinox arriving in the wee hours of March 20, 2017, the official start of the spring season was some very welcomed news.
On the equinoxes the Sun shines directly on the equator and the length of day and night is nearly equal – but not quite.The March equinox marks the moment the Sun crosses the celestial equator – the imaginary line in the sky above the Earth’s equator – from south to north and vice versa in September.
This week the Northern Ag Network's Russell Nemetz and KTVQ Meteorologist Ed McIntosh spoke with NASA scientist Dr. Nicki Viall from NASA's Goddard Space Flight Center in Greenbelt, Maryland about the spring equinox and the upcoming total solar eclipse.
For more information about the total solar eclipse, click here.
Source: Northern Ag Network and KTVQ
On May 24th, 2017 in Billings, USDA APHIS will host a public meeting to hear from the public about the successes and challenges of the current ADT framework, specifically for traceability in cattle and bison. The public meeting will be held at the Hilton Garden Inn from 8:00 AM to 3:30 PM.


New Planet ‘Theranus’ Named for Politicans! They Can’t Get Their Heads Around (or Out of) It!
I won’t get into the debate about climate change. But I’ll simply point out that I think in academia we all agree that the temperature on Mars is exactly as it is here. Nobody will dispute that.
Kentucky state senator Brandon Smith (R) (The average temperature on Mars is −80 degrees Fahrenheit; the average temperature on Earth is about 59 degrees Fahrenheit.)