. At the same time, Earth orbits the Sun. Sometimes Earth moves between the Sun and the Moon. When this happens, Earth blocks the sunlight that normally is reflected by the Moon. (This sunlight is what causes the Moon to shine.) Instead of light hitting the Moon's surface, Earth's shadow falls on the Moon. This is an eclipse of the Moon, or a lunar eclipse. A lunar eclipse can occur only when the Moon is full Total Lunar Eclipse: May 26, 2021 ; Total Solar Eclipse: December 14, 2020 ; Penumbral Lunar Eclipse: Nov 29/30, 2020 ; Annular Solar Eclipse: June 21, 2020 ; Mercury Transit: November 11, 2019 ; Partial Lunar Eclipse: July 16-17, 2019 ; Total Solar Eclipse: July 2, 2019 ; Total Lunar Eclipse: January 20-21, 2019 ; Total Lunar Eclipse: July 27-28, 201
Central total lunar eclipses are eclipses in which some portion of the Moon passes through the central axis of Earth's shadow. All penumbral and partial lunar eclipses are non-central eclipses since the Moon misses the shadow axis. The terms BCE and CE are abbreviations for Before Common Era and Common Era, respectively. They are the secular equivalents to the BC and AD dating conventions. (See On May 26, 2021, during early morning in the western Americas, the Moon enters the Earth's shadow, creating a total lunar eclipse, the first in almost two and a half years. This animation shows the changing appearance of the Moon as it travels into and out of the Earth's shadow, along with times at various stages. Versions of the animation have been created for both Universal Time (UTC) and. During a lunar eclipse, some of this heavily filtered morning and evening light makes it all the way through Earth's atmosphere and eventually reaches the lunar surface. The eclipsed Moon is dimly illuminated by red-orange light left over from all of the sunsets and sunrises occurring around the world at that time. The more dust or clouds in Earth's atmosphere during the eclipse, the redder the Moon will appear
NASA Television to Air Live Coverage of Upcoming Rare Lunar Eclipse. Sky-gazers are in for a rare treat Wednesday, Jan. 31, when three celestial events combine to create a super blue blood moon. NASA Television and the agency's website will provide live coverage of the celestial spectacle beginning at 5:30 a.m. EST This is NASA's official solar eclipse page. It contains maps and tables for 5,000 years of lunar eclipses and includes information on eclipse photography and observing tips El eclipse lunar es un acontecimiento especial, ya que no ocurre todos los meses. A diferencia del eclipse solar, muchas personas pueden ver todos los eclipses lunares. Podrás ver el eclipse si vives en la mitad de la Tierra en la que es de noche mientras este se produce. Recordar la diferencia. Es muy fácil confundir estos dos tipos de eclipses. Una forma fácil de recordar la diferencia es mediante el nombre. El nombre te dice qué es lo que se pone oscuro cuando ocurre el eclipse. En u Explanation: The reddened shadow of planet Earth plays across the lunar disk in this telescopic image taken on May 26 near Sydney, New South Wales, Australia. On that crisp, clear autumn night a Perigee Full Moon slid through the northern edge of the shadow's dark central umbra. Short for a lunar eclipse, its total phase lasted only about 14 minutes. The Earth's shadow was not completely dark though. Instead it was suffused with a faint red light from all the planet's sunsets and sunrises.
This event is called a lunar eclipse, an... When the moon passes through the Earth's shadow, it causes the moon to look very unusual for a short period of time This image is of the full Moon before the January 2018 lunar eclipse. Image credit: NASA Marshall/Alphonse Sterling. The partial phase of the eclipse will begin at 18:24 UT, with totality beginning at 19:30 UT (see the NASA time zone page for help with conversion to your local time and official U.S. time). Totality will be over at 21:13 UT and the partial phase ends at 22:19 UT. Viewing a lunar eclipse does not require a telescope or even special glasses; however, while waiting for totality.
Lunar eclipses are also called 'blood moons,' as the Moon won't completely disappear from view, but will instead darken and take on a reddish hue. That red color comes from the sunlight filtering through the earth's atmosphere — or, as NASA's writers poetically put it: a ring of light created by all the sunrises and sunsets happening around our planet at that time Direct from America's space program to YouTube, watch NASA TV live streaming here to get the latest from our exploration of the universe and learn how we dis.. A lunar eclipse will be visible over much of the Earth on July 27, 2018. At least part of the eclipse will be visible in all major land areas except North and Central America, with totality visible in the the Middle East, India, parts of central Asia and eastern and southern Africa
There's no better time to learn about the Moon than during a lunar eclipse. Here's how to get students watching and exploring more.This article has been updated to include information about the visibility and timing of the total lunar eclipse on May 26, 2021. See the What to Expect section below for details Sept. 18, 2014: On Wednesday morning, Oct. 8 th, not long before sunrise, the bright full Moon over North America will turn a lovely shade of celestial red. It's a lunar eclipse—visible from all parts of the USA. It promises to be a stunning sight, even from the most light polluted cities, says NASA's longtime eclipse expert Fred Espenak On September 27th, 2015 there will be a very rare event in the night sky - a supermoon lunar eclipse. Watch this animated feature to learn more.This video i.. On May 26, 2021, during early morning in the western Americas, the Moon enters the Earth's shadow, creating a total lunar eclipse, the first in almost two and a half years. This animation shows the region of the Earth where this eclipse is visible. This region shifts to the west during the eclipse. Observers near the edge of the visibility region may see only part of the eclipse because for.
Data visualization of the May 26, 2021 supermoon eclipse or 'super blood moon'. Credit: NASA's Scientific Visualization Studio. This month brings the most super of the year's supermoons, and on top of that, a total lunar eclipse. In other words, on May 26, 2021, the full moon will enter Earth's shadow — and, when the Moon is. Lunar Eclipse during totality, courtesy Science@NASA . Depending on your time zone, a total eclipse of the Moon will begin in the morning of May 26 at 2:45 am Pacific/ 5:45 am Eastern. Totality occurs at approximately 7:11 am Eastern or 4:11 am Pacific and will last approximately 25 minutes .The eclipse will end at approximately 8:52 am Eastern / 5:52 am Pacific. Though it's early in the. The Next Full Moon is the Flower, Corn Planting, or Milk Moon, Vesak or Buddha Purnima, a Lunar Eclipse, and a Supermoon. The next full Moon will be on Wednesday morning, May 26, 2021, appearing opposite the Sun in Earth-based longitude at 7:14 a.m. EDT. The Moon will appear full for about three days around this time, from Monday night through.
The shortest lunar eclipse of the century happened at 6:16 a.m. EDT Saturday, April 4, and lasted for only five minutes. The lunar eclipse was visible from most of the United States. Eastern North America and western South America could see the beginning stages of the partial umbral eclipse low in the west before sunrise. In Asia, India, western China and Russia, the ending stages of the. In the early morning hours of April 15, 2014, the Moon enters the Earth's shadow, creating a total lunar eclipse. When viewed from the Moon, as in this animation, the Earth hides the Sun. A red ring, the sum of all Earth's sunrises and sunsets, lines the Earth's limb and casts a ruddy light on the lunar landscape. With the darkness of the eclipse, the stars come out Here on Earth we call them lunar eclipses --and one is about to happen. On May 15th and 16th the moon will glide through Earth's shadow for the first time this year. The eclipse begins at 10:00 p.m. EDT (7:00 p.m. PDT) on Thursday evening, May 15th, or 0200 Universal Time (UT) on Friday morning, May 16th NASA's Solar and Lunar Eclipse home page -- maintained by Fred Espenak of the Goddard Space Flight Center. June 26th Partial Lunar Eclipse -- complete details. Partial Lunar Eclipse Photo Gallery -- Spaceweather.com. Summer Moon Illusion -- Science@NASA. Moonrise and moonset times -- from the US Naval Observatory More Stories. Citizen Scientists Supercharged Data from NASA's TESS Mission and.
One day lunar colonists will stride outdoors to enjoy such eclipses. They happen about twice a year whenever Earth passes directly between the sun and moon. Our planet's shadow darkens the moon, while sunlight filtering through the edge of our atmosphere turns it red. On the moon they will call these events solar eclipses, but from Earth they are lunar eclipses. Visit NASA's Eclipse Home Page. As a coincidence, on the same night that Mars is closest to Earth, you can see a total lunar eclipse. With Earth's shadow falling on the full Moon, it will have a reddish color. See all of the beautiful images of the 2014 Moon Eclipse brought to you by the NASA Lunar Eclipse Group. Calendar of Total Lunar Eclipses Lunar Eclipse 2021 Updates: NASA Moon Video Shows Path Of Total Eclipse. Lunar Eclipse 2021: A spectacular Super Blood Moon delighted skywatchers in several parts of the world on Wednesday. This. On February 20, 2008, sky gazers from the central Pacific to Africa saw the full Moon turn a striking red as it passed into Earth's shadow. From space, the lunar eclipse deepened the darkness of the night. The Defense Meteorological Satellite Program's (DMSP) F16 satellite captured this view of the eclipse as the satellite flew over the nighttime side of the Earth in a series of overpasses
Watch one of the sky's most dazzling shows in the early morning of May 26, when the Sun, Earth, and Moon align at 4:11 a.m. PDT (7:11 a.m. EDT), creating a total lunar eclipse. Weather permitting, the lunar eclipse will be visible in western North and South America, as well as in eastern Asia. Published: October 8, 2014. As millions of people observed the total lunar eclipse on October 8, 2014, MESSENGER was also watching. From Mercury, the Earth and Moon normally appear as if they were two very bright stars. During a lunar eclipse, the Moon seems to disappear during its passage through the Earth's shadow, as shown in the two frames.
The reddened shadow of planet Earth plays across the lunar disk in this telescopic image taken on May 26 near Sydney, New South Wales, Australia. On that crisp, clear autumn night a Perigee Full Moon slid through the northern edge of the shadow's dark central umbra. Short for a lunar eclipse, its total phase lasted only about 14 minutes In the NewsLooking up at the Moon can create a sense of awe at any time, but those who do so on the evening of January 20 will be treated to the only total lunar eclipse of 2019. Visible for its entirety in North and South America, this eclipse is being referred to by some as a super blood moon - super because the Moon will be closest to Earth in its orbit during the full moon (more on.
During a lunar eclipse, the Moon seems to disappear during its passage through the Earth's shadow, as shown in the two frames above. MESSENGER was 107 million kilometers (66 million miles) from the Earth at the time of the lunar eclipse. The Earth is about 5 pixels across and the Moon is just over 1 pixel across in the field of view of the NAC, with about 40 pixels distance between them. The. This lunar eclipse will appear slightly larger than normal because the moon will reach perigee, the closest point in its orbit to Earth, on May 25 at 9:21 p.m. EDT (0121 May 26 GMT), some 14 hours. It's not often that we get a chance to see our planet's shadow, but a lunar eclipse gives us a fleeting glimpse. During these rare events, the full Moon rapi.. 7 hrs ·. El 26 de mayo de 2021 se producirá un eclipse total de Luna que será visible en América, el Pacífico, Oceanía y Asia. El inicio del eclipse de penumbra tendrá lugar a las 8 horas y 48 minutos de Tiempo Universal (TU), la zona en que será visible corresponde a América, el Pacífico y el este de Oceanía 4 Oct 14, 2023 Annular Solar Eclipse. 5 Apr 8, 2024 Total Solar Eclipse. 6 Oct 2, 2024 Annular Solar Eclipse. 7 Feb 17, 2026 Annular Solar Eclipse. 8 Aug 12, 2026 Total Solar Eclipse. 9 Feb 6, 2027 Annular Solar Eclipse. 10 Aug 2, 2027 Total Solar Eclipse. Find all solar and lunar eclipses worldwide. When is the next eclipse in your city
Supermoon Eclipse 2015. 2015.08.28. On September 28, 2015 (the night of the 27th in many places), the Moon will be full at the same time that it is closest to Earth for the year, a coincidence sometimes called a supermoon. As it happens, this largest Full Moon occurs within the Earth's shadow, creating the added spectacle of a total lunar eclipse Total Lunar Eclipse. Last August, citizens and visitors to the United States of America had a rare opportunity to see a total solar eclipse, because the path of totality ranged from Oregon to South Carolina, essentially bisecting the country. But alas, the total lunar eclipse happening on Friday, July 27, will totally miss the United States During a total lunar eclipse, Earth lines up between the Moon and the Sun. This hides the Moon from the sunlight. When this happens, the only light that reaches the Moon's surface is from the edges of the Earth's atmosphere. The air molecules from Earth's atmosphere scatter out most of the blue light. The remaining light reflects onto the Moon's surface with a red glow, making the Moon appear. Lunar Topography. The Moon's terrain impacts our view of the total solar eclipse. Thanks to NASA's Lunar Reconnaissance Orbiter, we know the topography of the Moon better than any other moon or planet in the Solar System! The peaks and valleys along the limb (silhouette edge) of the Moon affect the timing of totality, the shape of the Moon's. NASA's eclipse home page -- more information about the March 3, 2007, total lunar eclipse. Sign up for EXPRESS SCIENCE NEWS delivery. Nomenclature: Solar vs. lunar eclipses. What's the correct name for the astronomical event described in this story? Here on Earth we call it a lunar eclipse, because the moon is darkened as it passes through Earth's red shadow. But on the moon, it is the sun.
Visit http://science.nasa.gov/ for more.Mark your calendar: On Oct. 8th, the Moon will pass through the shadow of Earth for a total lunar eclipse. Sky watche.. The longest partial lunar eclipse during this period will occur on 8 February 2669, lasting 3:30:02. The longest total eclipse occurred on 31 May 318, with a duration of 01:46:36. Lunar eclipses by century. Century No. Eclipse type Longest eclipse Tetrads Ref. Penumbral Partial Total Partial Date Total Date 20th BC: 242: 88: 92: 62 03h28m59s: 27 June 1973 BC: 01h46m13s: 7 April 1922 BC: 1. Solar and Lunar Eclipses worldwide (1900 to 2199) with animations and maps of the eclipse path. Find eclipses in your location Total Lunar Eclipse from Abu Dhabi Image Credit: Souhayl Ben Khaled, United Arab Emirates Astronomy Group Published: July 27, 2018 Historical Date: July 27, 2018 The view of the July 27, 2018 total lunar eclipse from the desert in Abu Dhabi, United Arab Emirates. ENLARGE. Related. Impact melt forms a swirled feature in Giordano Bruno crater. Giordano Bruno Whorl Get out your red/blue anaglyph.
NASA's newest rover — Perseverance — landed on Mars on Feb. 18, 2021. The outer planets are gas giants Jupiter and Saturn and ice giants Uranus and Neptune. Beyond Neptune, a newer class of smaller worlds called dwarf planets reign, including longtime favorite Pluto. Thousands more planets have been discovered beyond our solar system. View the Eclipse in NASA's Eyes on the Solar System Eyes on the Solar System also has a special eclipse module that can show you your view of the eclipse of August 21st, 2017 from anywhere on the planet. Download Eyes on the Solar System. Already have the app? Launch the Eclipse 2017 Feature. Recommended platforms + = or higher Mac OSX 10.9+ Safari 9.0+, Chrome 55+, Firefox 45.9.0. The total lunar eclipse will last about 15 minutes. Those on the East Coast will miss the full blood moon, but you may still be able to catch a partial lunar eclipse starting around 5:45 a.m. ET Solar and Lunar Eclipses Worldwide - 2021. Solar. Lunar. 2 Dec 4, 2021 Total Solar Eclipse. 1 Jun 10, 2021 2 Dec 4, 2021. 1 Jun 10, 2021 Annular Solar Eclipse. 2 Dec 4, 2021 Total Solar Eclipse. Year 2021 has 4 eclipses, 2 solar eclipses and 2 lunar eclipses Total Lunar Eclipse on May 25-26. Map of a total lunar eclipse on May 26, 2021. (Image credit: NASA's Scientific Visualization Studio) The first lunar eclipse of the year will be a show-stopping.
June 1992 lunar eclipse. The moon passes west to east (right to left) across the Earth's umbral shadow, shown in hourly intervals. A partial lunar eclipse took place on June 15, 1992, the first of two lunar eclipses in 1992, the second being with a total lunar eclipse on Wednesday, December 9 Superluna roja: respuestas a tus preguntas. Crédito: Estudio de visualización científica de la NASA. Este mes trae la más súper de las superlunas del año y, además, un eclipse lunar total. En otras palabras, el 26 de mayo de 2021, la luna llena entrará en la sombra de la Tierra y, cuando la Luna no esté a la sombra de nuestro planeta. Supermoon live: What time to see 'super flower blood moon' lunar eclipse and all the latest photos Joe Sommerlad @JoeSommerlad , Graeme Massie @graemekmassie Thursday 27 May 2021 00:2 Here's a timeline for the phases of the lunar eclipse blood moon tonight, according to NASA: At 1:46 a.m. Pacific, the eclipse begins. The moon enters the darkest part of the Earth's shadow.
The longest total lunar eclipse of the 21st century happens this week. The total phase of the blood moon eclipse of July 27 will last 1 hour and 43 minutes, during which Earth's natural. A total lunar eclipse occurs when the moon enters Earth's shadow and becomes illuminated by filtered sunlight passing through the planet's atmosphere. The light casts a warm glow on the moon's disk, causing it to temporarily appear orange or red. The duration of a total eclipse varies depending on how long the moon is shaded by Earth's central shadow, called the umbra. The eclipse on April. What is unique for us is that being near the Sun-Earth line, we follow the complete passage of the lunar shadow from one edge of the Earth to the other, said Adam Szabo, NASA's project scientist for DSCOVR. A geosynchronous satellite would have to be lucky to have the middle of an eclipse at noon local time for it. I am not aware of anybody ever capturing the full eclipse in one set.
Lunar Craters: Apollo 50th Commerative Edition; Small Worlds; Mars Exploration; Earth from Space; A version of this digital text in Spanish is available here. About . Getting a Feel for Eclipses explains details surrounding the August 2017 total solar eclipse. The path of this eclipse will travel directly across the continental US, from Oregon to Charleston, SC. To commemorate this event we. 26 May 2021: Total lunar eclipse. Source: NASA/JPL-Caltech May 26 brings a total lunar eclipse. Over several hours, the Moon will pass through Earth's shadow, causing it to darken and usually become reddish in color. The red color comes from sunlight filtering through Earth's atmosphere - a ring of light created by all the sunrises and sunsets happening around our planet at that time.
Lunar Transit 2016. July 05, 2016. July 05, 2016. On July 5th, 2016, the moon again passed between DSCOVR and the Earth. EPIC snapped these images over a period of about 4 hours. In this set, the far side of the moon, which is never seen from Earth, passes by. In the backdrop, Earth rotates, starting with the Australia and Pacific and gradually. Eclipses lunares y solares. ¿Cuál es la diferencia? explore. ¿Qué Es La Corona Del Sol? La corona, la atmósfera del Sol, es mucho más caliente que la superficie del Sol. ¡Los eclipses solares totales son una gran oportunidad para estudiar esta capa misteriosamente caliente! ¿Cómo se bloquea completamente el sol en un eclipse Una tétrada de eclipses de Luna. 27 de marzo de 2014: Para los habitantes de Estados Unidos, está por comenzar una extraordinaria serie de eclipses de Luna. La acción comienza el 15 de abril, cuando la Luna llena pase a través de la sombra ámbar de la Tierra, produciendo así un eclipse a la medianoche que será visible en toda América. El eclipse lunar de este 26 de mayo podrá verse en América y parte de Asia. En Estados Unidos, la fase inicial se comenzará a observar a las 4:45 del tiempo del centro y la fase total se podrá ver a las 6:00 horas. Regiones como Nueva Inglaterra, Nueva York, Delaware y Pensilvania podrán ver el eclipse y la luna de sangre sólo de modo. A lunar eclipse occurs when the Moon moves into the Earth's shadow. This can occur only when the Sun, Earth, and Moon are exactly or very closely aligned (in syzygy) with Earth between the other two, and only on the night of a full moon.The type and length of a lunar eclipse depend on the Moon's proximity to either node of its orbit. [citation needed Join NASA to learn more about solar eclipses, especially the awe-inspiring phenomenon of total eclipses. Find out about the unique geometry and the distances and sizes of the sun and moon as seen from Earth that allow us to witness the sun's corona or actually be in the path of totality. Published on: March 15, 2011 . Download High Def. Video Download Caption File NOTE: Download Caption file.


It was great to see the Curiosity rover land successfully on Mars. I’m so happy that there’s something besides Neil deGrasse Tyson making science cool these days. Maybe it will encourage some young American children to learn more about the planets around us.
Jon Langford and the One Day Band “Rocket Man” (Elton John)
Of course there was no rocket man in the spaceship that took Curiosity to Mars, just the remote controlled dune buggy. But the rover is indeed burning out its fuse out there alone. This cover comes from an episode of This American Life about classified ads. Jon Langford used the classified ads in The Reader, Chicago’s free “alternative” weekly newspaper, to put together a band for one day. And this is what they came up with.
The Gourds “Ziggy Stardust” (David Bowie)
When I first heard about Curiosity I was very excited because I thought they would finally find the Spiders From Mars. But the guys at NASA decided to have it look for rocks instead of doing the really important stuff like looking for spiders. I could have just taken five covers from the Ziggy Stardust album and called it a day, but that would have been too easy. But I did have to include at least one.
The Space Lady “Major Tom” (Peter Schilling)
Kind of a two-fer on this one. It’s the inimitable Space Lady performing a song that’s a response to Mr. Bowie’s Space Oddity.
Camper Van Beethoven “Interstellar Overdrive” (Pink Floyd)
Mars is of course part of our solar system so there was nothing interstellar about Curiosity’s journey. But the more we learn about our solar system the more prepared we will be to one day travel to other stars.
Mates Of State “Son et Lumiere” (The Mars Volta)
This song comes from a Mates Of State album called Crushes where they covered a wide variety of material. I had heard of these folks before I found this song but I wasn’t aware of how polarizing they are. People seem to either love them or hate them. Personally, I kinda dig what they’re putting down.


When you spend $9 billion on a new telescope, you don't want it to be just a little bit better than the old
A press conference was held on 12 July to present the first images from the James Webb Space Telescope.
Along with a hundred scientists from the Harvard-Smithsonian Center for Astrophysics, I followed the live broadcast from the Phillips Auditorium of the same centre.
We already had the Hubble telescope in space. Now we also have the James Webb.
When you spend $9 billion on a new telescope, you don't want it to be just a little bit better than the old one.
So why is Webb so much better than Hubble? That was the first question that came to me. My neighbours in the audience answered very nicely.
Those strengths should make it possible to progress in the study of the above-mentioned objectives:
Meanwhile, the first images are spectacular. My neighbours, who would have every reason to be fed up, as they spend their lives studying these pictures, could not contain their “oh” and “ah” when they saw Webb's pictures.
The loudest exclamations were for the image below. For comparison, I put the same one, taken by Hubble. I don't have to add anything else.
Antoine Bret, Professor in Physics at the Castilla-La Mancha Univerity (Spain).
1. If the Earth were a basket ball, Hubble would be 2 cm from its surface. This means that almost half of the sky is permanently hidden from it.


The light reflected from the Moon made me think I overslept this morning. At 4 Am EST it was nearly daylight. The urge to bearwalk was supressed. So were my canine longings.
Proper credit given to the website I culled this info from. My comments are at the end.
This is one of the most most beautiful pictures of the Moon I ever saw.
There are many interesting facts about the moon and trivia that may or may not be important to you. Some interesting trivial facts include:
We all know there was a man on the moon, but did you know that one stayed there. Dr. Eugene Shoemaker, a Geological Surveyor, who trained the Apollo mission astronauts about craters never made it into space himself, but this was something he always wanted to do. He was rejected because of medical problems. After he died, his ashes were placed on board the Lunar Prospector spacecraft on January 6, 1999 and it was crashed into a crater on the moon on July 31, 1999. Although this was done to see if there was water on the moon at the time, but ironically it gave Dr Shoemaker his last wish.
When Neil Armstrong took that historical step of "one small step for man one giant step for mankind" it would not have occurred to anyone that the step he took in the dust of the moon was there to stay. It will be there for at least 10 million years.
When Alan Sheppard was on the moon, he hit a golf ball and drove it 2,400 feet, nearly one half a mile.
In a survey conducted in 1988, 13% of those surveyed believe that the moon is made of cheese.
The multi layer space suits worn by the astronauts to the moon weighed 180 pounds on earth and thirty pounds on the moon.
How close can you get without completely running out of gas? Apollo 11 had only 20 seconds of fuel left when they landed on the moon.
Apollo 15 was the first mission to use a lunar rover. The top speed that was ever recorded in this 4-wheeled land vehicle was 10.56 miles per hour.
It is possible to have a month without a full moon. This occurs in February, but either January or March will have two moons.
In China, the dark shadows that are on the moon are called "the toad in the moon".
The Apollo missions brought back 2196 rock samples weighing 382 kg in total
Facts About the Moon
The moon is not a planet, but a satellite of the Earth.
The surface area of the moon is 14,658,000 square miles or 9.4 billion acres
Only 59% of the moon's surface is visible from earth.
The moon rotates at 10 miles per hour compared to the earth's rotation of 1000 miles per hour.
When a month has two moons, it is called a blue moon.
One side of the moon is always facing the Earth.
The dark spots we see on the moon that creates the image of the man in the moon are actually craters filled with basalt, which is a very dense material.
The moon is the only extraterrestrial body that has ever been visited by humans it is also the only body that had samples taken from it.
The first space craft to send back pictures from the moon was Luna 3 in October 1959.
The moon has no global magnetic field.
The moon is about 1/4 the size of the Earth.
On the moon, there is no wind, light, or water.
(c) 2006 MoonConnection.com contact
Now for my comments.
The Moon does have light, same Sun as Earth.
Wind does affect the moons surface, Solar wind from Coronal Explosions again on the Sun. Traveling at 1 to 2 MILLION MILES PER HOUR!!!! Same thing that causes Northern and Southern "lights".
The first Men on the moon were predicted in the mid 1800's. They would leave from Florida, USA. There was to be three of them. The journey was almost precisely documented a century before it happened. Read Jules Verne.
Niel Armstrong was recently proven correct on the first comment ever made on the Moon. A voice data tape from 1969 proved he did in fact say "That's one small step for A man, one giant leap for mankind" Originally the "A" was not believed to be said.
However it was NOT a small step, the astronauts had to leap approximately 2 feet from the bottom of the ladder to the Moons surface!
The Soviet Union had a variety of ridiculous ideas to beat America to the Moon. One "Zond" spacecraft even carried a mannequin and a tape deck simulating a manned voyage!
Ok so I am a geek, get used to it. LOL.
Honestley I have always had a facination for the Moon, Space, and the various Space programs of the world. I believe our destiny is in space both in life and death (Heaven).


The singer is not the first time notices the signs of alien life.
The other day in her instagram singer Katya Lel published a short video in which two luminous points in the sky are visible. The star immediately decided that it was a UFO. Moreover, in the signature to the publication, the performer said that the first alien was noticed by her ten-year-old daughter Emilia.
Interestingly, this is not the first time that Lel thinks she met a UFO. In January of this year, she admitted that she saw aliens in 16 years. Then the girl allegedly even got on the ship and talked to them. After that, she said, she felt love for music, and also learned to guess the thoughts of other people.


Deadlines/Event Dates August 4, 2021
Applications are now open for the position of TA for the course “Governance of space activities” (Wednesday at Period 4; 14:55-16:40) in the A1A2 semester AY 2021.
Those who want to know more details and/or is interested in becoming a TA should contact the following e-mail address before Wednesday 4 August .
<q.verspieren [at] pp.u-tokyo.ac.jp >
*please replace [at] with @


Fifty years ago, Neil Armstrong and Buzz Aldrin successfully landed on the moon, making the perfect fake Omega Speedmaster the first timepiece landing on the moon. It is the 50th anniversary this year and Omega creates several significant models to commemorate the important moment.
The most eye-catching one must be the Moonshine gold case copy Omega which features a burgundy ceramic bezel. It has perfectly reproduced the appearance of the original model which was created to celebrate the successful landing on the moon in 1969.
However, some details have been changed including the material of the case, bezel and the movement. Comparing to the traditional yellow gold, the Moonshine gold looks mild and brilliant, which provides long-lasting brilliance and luster. The imitation watch with yellow dial excellently combines the modern technology and traditional elegance.


ASTR 101L - Introduction to Astronomy Lab I: Rocket Science
Credit Hours: 1
Lecture Hours: 0
Lab Hours: 2
This laboratory course features activities that are designed to enhance student understanding of the practice of modern astronomy as well as to enhance hands-on STEM competency. The organizing principle of this lab is “rocket science,” a recapitulation of the intellectual quest that has enabled humans to journey amongst the planets. Activities will include telescope design, a study of electromagnetic radiation, using telescopes at the FSU Observatory, and launching rockets. The course will also incorporate an examination of the prospects for the continuation of this enterprise indefinitely into the future, this incorporating sustainability into the course.
Prerequisite: MATH 123 or higher
Please click here for Book Information


Sun-Wed 9:00 to 15:00, Sat 16:00 to 20:00, Thu-Fri CLOSED
Make your way to Sharjah's Planetarium, the gateway into the deepest secrets of the universe and the brightest views of the sky. Take a journey through the cosmos with a picture of the sky blanketing you above your head inside the sun-shaped dome. The Planetarium's advanced digital projectors will take you through our impressive solar system, and will give you insight into topics like astronauts, black holes, stars, super volcanoes, undiscovered worlds and much much more.
Children under 4 are not permitted inside the planetarium.


Researchers with the ExoMars mission are pointing to a potential computing glitch as the cause of last week’s crash of the Schiaparelli lander. The challenge now will be to isolate and correct the error in hopes of preventing a repeat in 2020, when mission planners aim to land a much larger rover on the Red Planet.
A joint mission led by the European Space Agency and Roscosmos arrives at Mars next week, and its first order of business will be to make history. If all goes well, NASA is about to lose its bragging rights as the only space agency to successfully land probes on the Red Planet.
ExoMars, an astrobiology mission designed to hunt for signs of geologic and biological activity on Mars, is on track to reach orbit on October 19th. When it arrives, the mission’s… Continue reading


Spring Equinox will fall this year on Friday March 20th. This day is also Ostara and the Sun enters Aries.
The Sun is still shining its bright light on the magical sign of Pisces.
Did you know?
March was originally the first month of the Roman calendar. That changed when the calendar was changed to the Gregorian calendar in 1752 and March became the third month. March was named after the god of war, Mars. The Anglo-Saxons called the month Hlyd Monath which means, stormy month. The last three days of March were said to be borrowed from April.
One of the flowers most associated with March is the Wild Daffodil (or Narcissus, named after the boy in Greek Mythology, who was changed into a flower) This flower is also known as Lent Lily because it blooms in early Spring and the blooms usually drop before Easter.
In England the Daffodils inspired poets such as William Wordsworth to write his famous poem “Daffodils”.
A PEEK AT THE WEEK:
Monday 3/9 – 3rd q. Moon enters Scorpio at 6:10 a.m.
Tuesday 3/10 – 3rd q. Moon in Scorpio
Wednesday 3/11 – 3rd q. Moon in Scorpio. Moon void of course at 12:46 p.m. Moon enters Sagittarius at 4:30 p.m.
Thursday 3/12 – 3rd q. Moon in Sagittarius
Friday 3/13 – 3rd q. Moon in Sagittarius. Moon void of course at 4:11 p.m. Moon enters Capricorn at 11:40 p.m.
Saturday 3/14 – 4th q. Moon in Capricorn. Saturn goes retrograde at 8:02 a.m.
Sunday 3/15 -4th q. – Moon in Capricorn.
Since we are still under the Sun in Pisces, which is a Water element sign, as well as on the 3rd quarter of the Moon phase, this week is the perfect time for such magickal workings.
Place all in a small square piece of cheesecloth or any other soft material you have at hand. Make a small bundle, making sure that it is securely closed, so that herbs do not spill out easily. Place this bundle in your bath tub (or a plastic pail). Water has to be warm so that the herbs release their natural properties and aromas. Get into the water, or splash yourself if using a plastic pail, squeeze the bundle if you wish and pass around your body.
Visualize your physical body and aura being cleansed of all negativity, and accumulated spiritual debris. Before going to bed, prepare a chamomile or a blend of chamomile and lavender tea if you want, and release the last of your worries before going to bed. Enjoy the good night sleep!
Thank you for stopping by!
I hope to see you next week! same place, same time!
Until I write again!
Copyright © 2015 by M
A Flower Power House Publication.
This e-book is licensed for your personal enjoyment only. No part of this publication may be reproduced in any form or by any means, electronic or mechanical, including photocopy,recording or any information storage and retrieval system now known to be invented, without permission in working with the publisher. All rights reserved.


Solar system like discovered! There are eight planets, seven of which are the same size and mass as Earth
How many exoplanets are there? No one knows the answer, but surely, with the James Webb Space Telescope fully operational, it's only a matter of time before we start finding new exoplanets in the far reaches of space. One example is the recent discovery of a new star system called Trappist-1.
Trappist-1's star is an ultracold red dwarf with a surface temperature of just 2,500 degrees Celsius, which is pretty cool for stars, compared to our sun's 5,800 degrees Celsius. Even in terms of size, it's only 9 percent as massive as the sun. The star system is about 40 light years from Earth, so it's currently out of reach for humans, who, of course, lack the technology to make it happen.
In the Trappist-1 system, scientists found three exoplanets orbiting the star, which was discovered by an observatory in Chile. In addition, the three planets orbiting the star are named TRAPPIST-1B, TRAPPIST-1C and TRAPPIST-1D. After months of studying the system, astronomers have concluded that 1B and 1C have no gaseous atmospheres, meaning they are rocky worlds, similar to Earth. In the future, once we achieve interstellar travel, these two planets could be candidates 39bet-đua chó-game giải trí -đá gà-đá gà trực tuyến-đánh bài.
Crucially, scientists believe they lack a suffocating hydrogen-helium envelope that would increase the chances of habitability. Not only that, scientists have found four more planets orbiting the star. This is interesting because our solar system has eight planets orbiting the Sun. But apart from this similarity, the two star systems have no other similarities and look very different from each other.
That's because all seven planets orbiting Trappist 1 are the same size as Earth. Moreover, some of them are in habitable zones. This region is close enough to the star, but also far enough away, where planets can easily sustain liquid water, which is important because liquid water happens to be a key ingredient for life. All of these planets were discovered thanks to NASA's Spitzer Telescope and other ground-based observatories.
While the Spitzer mission was still conducting scientific research, it observed the system for more than 1,000 hours. Even the Kepler telescope is getting involved with the system. Regrettably, however, both missions have now been decommissioned. So for now, the Ames Webb Space Telescope will continue their research and provide us with even more valuable information. It is believed that each of the seven planets will be studied by Webb.
As we mentioned earlier, the planets in Trappist-1 are different from those in our solar system. For one thing, all Trappist planets orbit very close to their stars. In fact, they're so close that if we combine their orbits, they're about the same as Mercury's orbit. Trappist-1b, for example, takes just 1.5 days to orbit its star, but has the same size and mass as Earth. Not only that, but is it a coincidence that all the TRAPPIST-1 planets look rocky and similar to Earth in terms of mass and size?
And even then, sadly, they're not necessarily habitable. Some are too hot, some are too cold. Although by combining direct observations with computer-generated models, scientists believe their density is similar to that of our planet. But again, we can't tell if they're barren and gray, like the moon, or wet and green, like the Earth. Density, while an important clue to a planet's composition, doesn't tell us anything about its habitability. Not only are they all rocky planets, but some of them apparently have liquid water, too. Still, it's not clear whether this water will exist in liquid form, like water on Earth. These similarities make the TRAPPIST-1 system one of the most important galaxies for scientists to study, because it's so similar to our own star system!
With luck, it might even help us answer the greatest scientific and philosophical question of all time: Are we alone? We know that every planet in our solar system plays a very important role, and there are a lot of planets out there that are very different from our planet. Which raises the question, how did our solar system come into being? Perhaps the James Webb Space Telescope will answer these questions soon, now that it has released its first extrasolar images to the world.
According to the Webb team, JWST will spend a quarter of its lifetime studying exoplanets, and 8.2 percent of that time will be spent looking at the Trappist-1 system. A major theme of the JWST observations is atmospheric reconnaissance to see if there is an atmosphere around Trappist-1. Scientists have tried to probe the atmosphere using the Hubble Space Telescope, but have failed to find any solids. To sum up, the JWST is designed to detect what Hubble will never be able to detect! If an atmosphere is found around a TRAPPIST-1 planet, it will be extremely important for the study of exoplanets.
Some scientists have hypothesized that the system's stellar flares may have disrupted the atmospheres of rocky planets that are so close to their host stars that they could easily cause tidal locking. Tidal locking, a gravitational mechanism that affects near-Earth planets and keeps one hemisphere of the planet facing the star at all times, could significantly alter the characteristics of these atmospheres. Depending on the presence of oceans, plate tectonics, and even life, geological and biological processes can recycle carbon, nitrogen, and oxygen through the atmospheres of rocky planets to produce various components. But in order to study these questions, a sample must first be found. And this star system could be the key to unlocking the possibility of exoplanet habitability!


The Milky Way might be teeming with interstellar alien civilizations, based on new research. We do not know about it because they have not paid us a visit in 10 million years.
The research, published last month in The Astronomical Journal, posits that intelligent extraterrestrial life might be taking its time to discover the galaxy, harnessing star systems’ motion to make star-jumping easier.
The question generally called the Fermi Paradox, which asks why human haven’t caught signs of extraterrestrial intelligence.
The paradox was first professed by physicist Enrico Fermi, who urged: “Where is everyone?”
Fermi was investigating the probability of travel between stars; however, since then, his question has come to symbolize doubts in regards to the real existence of the extraterrestrials.
Astrophysicist Michael Hart investigated the subject formally when he discussed in a 1975 paper that there was an excess of time for intelligent life to colonize the Milky Way in the 13.6 billion years since formed, yet we have heard nothing from them.
Hart concluded that there should be no other advanced civilizations in our galaxy.
The new research gives a unique perspective on the question: Perhaps aliens are just taking their time and being strategic, the authors suggest.
Stars planets orbit the center of the galaxy on different paths at different speeds. As they do, they occasionally pass each other, Carroll-Nellenback pointed out. So aliens might be waiting for their next destination to come closer to them, his research says.
In that case, civilizations would take longer to spread across the stars than Hart estimated. So they could not have reached us but - or maybe they did, long before humans evolved.


In one of the more unique testaments to the quality of SeaChange Seafoods products, we are proud to have supplied past Canadian astronauts with our delicious and authentically Canadian smoked salmon products.
In the 1990s, two separate missions to the International Space Station brought gold pouches of SeaChange Smoked Sockeye Salmon into space. In 1996, SeaChange Smoked Sockeye Salmon was requested by Astronaut Robert Thirsk to share with an international team of astronauts aboard the space station on Canada Day. Two years later, SeaChange received a take-out call from NASA. After taking part in the 1996 mission, American Astronaut Susan Helms was outbound to the Space Station again, and experiencing a craving for SeaChange Seafoods salmon.
Far from the end of SeaChange salmon’s presence in space, in 2009 the Canadian company received regular calls from the Canadian Space Agency and NASA. That year’s mission, which included two Canadian Astronauts, Robert Thirsk and Julie Payette, was provisioned with three SeaChange products – SeaChange Smoked Sockeye Salmon, SeaChange Smoked Salmon Pâté, and SeaChange Smoked Salmon Jerky.
Back at SeaChange, the company continued to work hard to get Christmas orders out to customers across Canada. “It sure feels good,” comments SeaChange partner Anne Millerd, “to look up at the stars on a clear night after work, and imagine those astronauts enjoying a treat from SeaChange.”
The post SeaChange Seafoods at the International Space Station appeared first on SeaChange Seafoods - Unique Canadian Gifts.


InSight: After six years, a space probe landed again on Mars.
Throughout these 7 months, the NASA team supervised and controlled the mission.
This is the time of eighth that a space probe lands on Mars, said today the administrator of NASA, Jim Brindenstine:
“Today, we successfully landed on Mars for the eighth time in human history,”
NASA’s InSight Lander reaches the Martian surface to learn what’s underneath.
The signal for the entire landing process was transmitted to NASA’s Jet Propulsion Laboratory (JPL) in the city of Pasadena, California, United States.
from fast to slow:
InSight project manager, Tom Hoffman of JPL, said:
We hit the Martian atmosphere at 12,300 mph (19,800 kilometers per hour), and the whole sequence to touching down on the surface took only six-and-a-half minutes,”
“During that short span of time, InSight had to autonomously perform dozens of operations and do them flawlessly — and by all indications that is exactly what our spacecraft did.”
Landing on Mars has always been very difficult, but that seems to be part of the past.
For example, the director of JPL of NASA, Michael Watkins, said about it:
“Every landing on Mars is discouraging, but now with InSight safe on the surface, we can do a unique kind of science on Mars.”
The InSight mission has been a success for NASA, but it will also be a success for science and to know much more about the solar system.


At first we couldn't see much except stars, although the clear sky was very bright to the northeast. The amount of light was what you might expect if Hanover had grown to the size of Philadelphia. After a few minutes, the sky began to change. Streaks and curtains of lights began to become apparent. The area of sky affected grew from 45 to 90 degrees of the horizon and extended over our heads. Where the lights were dancing, all but the brightest stars were obscured as though by clouds. At the ends of the sheets of light, deep reds appeared. In the center of the lighted area of the sky, luminous patches of sky blue and green flashed and fluttered. The streaks and curtains moved and flickered as though powerful lights were being played on clouds. For several minutes, we were completely absorbed by the vivid phenomenon. The effect was not subtle and we could hear neighbors enjoying the spectacle as well.
It was the first time any of the three of us had seen the northern lights. We were all very excited and impressed.


And they've started using my preferred title, Divine Invasions. Hurrah.
As a bonus extra (and following on from the "planet" theme), here's the first of the two sample columns I offered Surefish back in August to persuade them to take me on. (The second is what became my first Divine Invasions column, "It's Been Unreal".)
It's not usable now, because it's tied so explicitly to a particular moment in astronomical history. Crucially, it attempts to pre-empt the result of the I.A.U. discussions concerning Pluto, and gets the details wrong. You could probably date it to the day, if you studied the contemporary press predictions carefully enough.
On the understanding that most of the information in it is now out of date, though, we present...
Hell-Gods from Outer Space
Most of us know the story. There’s the hot one, the mysterious one, the motherly one, the red one, the great big one, the one with all the rings, the one with the rude name, the blue one and the cold one.
Sadly, the myth of the solar system’s nine planets – Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune and Pluto, as they’re more formally known – has been exploded for good.
Pluto, the most recent to have been discovered, has been recognised as a planet since 1930 mostly because its discoverers knew rather less about the solar system than astronomers do now. This month [August 2006] the International Astronomical Union (IAU) has voted to recognise the fact, demoting Pluto to a new class of ‘dwarf planets’. It is joined there by the asteroid Ceres, by the recently-discovered 2003 UB313 (more memorably nicknamed ‘Xena’), and – in the ultimate indignity – by its own moon, Charon.
The debate only concerns definitions, and the new categories are simply those which astronomers consider most helpful in discussing celestial bodies. The only people who are actually likely to care are the disenfranchised astrologers (for whom Pluto governs power and corruption, thanks to the decade of history following its discovery) and the science fiction fans.
Pluto was discovered just as science fiction was taking off as a popular art form, and consequently the myth of the Nine Planets has contributed profoundly to its readers’ sense of our place in the cosmos. Stories have tended to depict Pluto romantically as the Solar System’s last outpost, a chilly, lonely world on which humanity might one day walk. (Neptune, the next one in, is a bad candidate for landing or colonisation, having a surface mostly made of gaseous hydrogen.)
For some of us, discovering that Pluto isn’t a proper planet after all means a change of world-view as traumatic as Galileo’s suggestion that it might be just about possible the sun wasn’t going around the Earth.
The process of redefinition has also brought into the open the process whereby new celestial bodies are named. In 1930 astronomers still followed the ancient tradition of calling planets after the Roman gods, and hence gave Pluto the name of the ruler of the underworld (and not that of Walt Disney’s cartoon dog, who first appeared in the same year as the planet).
Unfortunately, improved detection technologies have meant that virtually all names from classical mythology have now been used. The discoverers of recent asteroids have been forced to turn to other sources for their names – as a brief glance at 17059 Elvis and 9007 James Bond demonstrates.
The conventions for naming planets are more stringent – which is why, sadly, the name ‘Xena’ is unlikely to stick. The IAU’s specifications require such bodies to be named objects after creation deities or underworld spirits, hence the names given to some of the other bodies considered for ‘dwarf planet’ status.
90377 Sedna, for instance, is named after an Inuit sea-goddess (who is both), while 50000 Quaoar’s name comes from that of the creator in the Native American Tongva tribe’s myth system.
All of which raises the possibility of a devout astronomer – or perhaps more interestingly a clear-thinking atheist – naming a future planetary discovery after the Christian God, and thereby relegating that deity to just another upstart competing with the Roman pantheon.
Still, there’s already an asteroid named 1930 Lucifer – and Satan, after all, might qualify as an ‘underworld spirit’. A planet named Jehovah could still prove to be the more palatable option.
International Astronomical Union
Facts about Pluto
List of names of minor planets
Astrology and the new planets
I'll carry on flagging up further columns here, unless it starts annoying people.


The game is based on the anime series Mars of Destruction. In year 2016, mankind finally reaches the planet Mars. They gather Martian artifacts, intending to bring them to the Earth for further study. But a malfunction causes their spaceship to explode shortly before landing in Japan, and the artifacts fall onto the Earth, releasing a terrible virus that makes people insane and violent. A special unit called AAST is assembled to fight the threat. The group consists of five beautiful girls, the captain, and the protagonist Takeru.


|SkyView Free APK Free Download
Description:You don't need to be an astronomer to find stars or constellations in the sky, just open SkyView Free and let it guide you to their location and identify them. SkyView Free is a beautiful and intuitive stargazing app that uses your camera to precisely spot and identify celestial objects in sky, day or night. Find popular constellations as they fade in and out while you scan across the sky, locate planets in our solar system, discover distant galaxies, and witness satellite fly-bys.
Google Editor's Choice 2017
- Simple: Point your device at the sky to identify galaxies, stars, constellations, planets, and satellites (including the ISS and Hubble) passing overhead at your location.
- Night Mode: Preserve your night vision with red or green night mode filters.
- Augmented Reality (AR): Use your camera to spot objects in the sky, day or night.
- Sky Paths: Follow the sky track for any object to see its exact location in the sky on any date and time.
- Time Travel: Jump to the future or the past and see the sky on different dates and times.
- Social: Capture and share beautiful images with friends and family on social networks.
- Mobile: WiFi is NOT required (does not require a data signal or GPS to function). Take it camping, boating, or even flying!
- Supports Space Navigator binoculars, spotting scope, and telescopes.
What a fun way to teach yourself, your children, your students, or your friends about our wonderful universe!
ConclusionTo conclude SkyView Free works on Android operating system and can be easily downloaded using the below download link according to Freeware license. SkyView Free download file is only 57.4 MB in size.
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Brochure: Next-Gen Space Tech
Supported by the UAE Space Agency the Next-Gen Space Tech Middle East will be taking place from 22-24 October 2018. The 3-day event will bring top executives from global space agencies, governments, ministries, enterprise, technology and investment sector, and provide senior-level dialogue on the commercial opportunities and practical applications of space tech. Download the agenda now
Please note: That all fields marked with an asterisk (*) are required.


Throughout our 175-year history, we’ve gone to great lengths to innovate and develop products that make your everyday routines just a little bit better. You can find our products in homes all around the world.
But you might be surprised to learn that we’ve even taken our thirst for innovation, well …out of this world… thanks to a partnership with NASA that allows us to study the properties of some of our products in space, with experiments currently being conducted at the International Space Station.
Our partnership with NASA dates back more than three years. And while the details of the experiments are highly technical, they’re expected to yield results that we will all benefit from in everyday life: improved shelf life, enhanced product quality and reduced product development time.
P&G Principal Scientist Matt Lynch said that, in a company where employees are always focused on making everyday life a little bit better for consumers, his work with NASA and the International Space Station provides a special opportunity.
“We make a lot of products, and we’re always learning more about the physics behind what makes the product stable,” he said. “The work we do in space makes it easier to decode complicated physics, ultimately resulting in a better consumer experience.
“It’s fantastic to be able to do that,” he said. “Nothing is cooler than watching your experiments go into space … to solve some of these really challenging problems. It’s a great experience.”
Through its partner, SpaceX, NASA will soon be launching Matt’s research back down to earth. Upon its return, Matt and his P&G colleagues will be able to uncover the new discoveries gained from the experiments and use what they’ve learned to improve the products you use every day.
“This is a really exciting time,” he said.
We’ll be watching for the news of its exciting return to earth, and will be sharing live updates with you on Facebook and Twitter.
So the next time you enjoy using one of your favorite P&G brands, remember that the science behind it might have begun in orbit, before making the trip all the way to your heart.
From left, P&G Principal Scientist Matt Lynch, Harvard Graduate Student Tom Kodger and NASA representatives Chris Lant and Lou Chestney work remotely on P&G experiments, some of which are housed at the International Space Station. (Photo courtesy of NASA.)


Situated at an elevation of 2700 meters above sea level, Assy Plateau offers a breathtaking expanse of verdant valleys as far as the eye can see. Thanks to its elevated position and favorable climatic conditions, the plateau serves as an ideal destination for stargazing enthusiasts. Additionally, an observatory awaits, allowing for fascinating astronomical observations.
Throughout the tour, you will have the splendid chance to immerse yourself in the natural beauty surrounding Issyk Lake. Furthermore, a visit to the museum dedicated to the Sack civilization will provide valuable insights into the rich history of these lands.


Transformation of a hero occurs internally & externally; as we grow, we continue to accelerate STEM culture in our community through FIRST.
As the “poster child” for America’s First STEM City, the Nuts are at the heart of the mission to bring STEM to every child in Flagstaff. Flagstaff Festival of Science invites the community to explore Flagstaff’s rich history and contributions to STEM by celebrating “the best 10 days of the year.” This year, City Hall featured our robot in a STEM display and declared Sept. 19 “FUSD STEM Day.” To celebrate Flagstaff’s contributions to the Apollo program, Lowell Observatory and NASA are hosting a year-long celebration of the 1969 Moon Landing and will feature a lunar rover constructed by Nuts; this will be attended by people from around the world!
A new partnership will allow us to enhance our mission to develop FIRST on the Navajo Nation. This spring we will teach our curriculum to the faculty at two Navajo schools and assist them in starting new FIRST teams. Their STEM coordinator will be an amazing ally helping us integrate FIRST into their “Code Talkers” programming, which will give students the chance to do FIRST in a culturally relevant way. Through our efforts and perseverance we’ve helped establish 3 FRC, 1 FTC, & 8 FLL teams on the reservation.


The Northern Lights are most certainly one of Mother Nature's masterpieces, and one of the best places to see them is in Iceland.
As electrically charged particles dance through the evening sky, it's guaranteed to leave you in awe and amazement. Of course, there are some secrets to being one of the lucky few to catch them!
1. Get out of the city.
Yes, you can see them from cities including Reykjavik, but it is best to get far away from the bright lights of the big city.
2. Check the weather report.
It can be difficult to see them on cloudy nights, and it's always a good idea to check the cloud forecast to find a spot that isn't obscured by cumulonimbus clouds floating overhead.
3. Go long after dark.
Sunsets in Iceland occur about 3:30 p.m. in the winter and between 9 p.m. and midnight in the summer. Plan your trip accordingly so you will arrive at your viewing spot after the sun has sunk below the horizon.
4. Climb a mountain...or don't.
While you can certainly climb a mountain to see the view, it's not necessary. You will be able to view the aurora borealis from a distance of up to 200 miles so climbing to the top of a mountain really isn't necessary, but it can be a lot of fun.
5. Take a tour.
Yes, you can drive yourself, and if you're looking for a romantic evening, that is certainly the best way to go. However, if you are looking for information about Iceland and the Northern Lights, a guide with a group is a great way to go. Moreover, a guide knows how to find the lights every evening and will do their best to make sure you get the view of a lifetime.
6. Check the Aurora Forecast.
The Aurora forecast shows expected aurora activity for any given night and location. This makes it easier for you to find the best place to view the northern lights. Checking the forecast in advance also makes it possible for you to find the best way to navigate to the desired spot.
7. Play with your camera.
The best way to capture the most amazing images of the northern lights is to practice taking nighttime photography with your camera before you go. Learn the settings you need and practice taking shots before you get on the plane.
Always wear plenty of warm clothing and ensure your vehicle is equipped for winter driving with the proper snow tires, emergency kits, spare tires, etc. This will help keep you safe and comfortable so that you can enjoy the amazing spectacle taking place overhead.
Contact WanderList Tours today to learn more about our Iceland trip!


Here on Earth, our days are predictable, with sunrise following sunset each day at regular intervals. The Sun rises in the east and sets in the west. But what if that wasn’t the case? What if the Sun set in the west one day and in the north the next?
Inhabitants of two of Pluto’s moons—Nix or Hydra—would not know when each day would begin and from which direction the Sun would rise. This is because, like two cosmic footballs, these moons are wobbling erratically as they travel through space. “Living on Nix, you literally would not know if the Sun was coming up tomorrow,” said Mark Showalter of the SETI Institute and co-author of a new study.
The Pluto system is unique in that it contains the only binary planet system in our solar system. Pluto and its largest moon Charon are what scientists refer to as a double-dwarf system. Pluto is currently classified as a dwarf planet; while Charon is technically labeled a moon, both bodies orbit the same point in space—a point that isn’t within the circumference of either body.
» see original post http://feeds.arstechnica.com/~r/arstechnica/science/~3/Cz2JdqlDr44/


When I was a child, I was always excited about putting the Star on top of our Christmas tree. The story of the Christmas star is found in the Book of Matthew:
Now after Jesus was born in Bethlehem of Judea in the days of Herod the king, behold, wise men from the East came to Jerusalem, saying, Where is He who has been born King of the Jews? For we have seen His star in the East [or at its rising] and have come to worship Him. When Herod the king heard this, he was troubled, and all Jerusalem with him. And when he had gathered all the chief priests and scribes of the people together, he inquired of them where the Christ was to be born.
Then Herod, when he had secretly called the wise men, determined from them what time the star appeared. And he sent them to Bethlehem and said, Go and search carefully for the young Child, and when you have found Him, bring back word to me, that I may come and worship Him also. When they heard the king, they departed; and behold, the star which they had seen in the East went before them, till it came and stood over where the young Child was. When they saw the star, they rejoiced with exceedingly great joy.
As a child, I thought that everyone saw the star, but as you read the story, apparently this star was only visible to the Wise Men from the east. After all, Herod wasn’t aware of the star. In a previous post, some astronomers discussed when this star must have appeared:
So, the question arises as to what star might have appeared around 6 BC. A clay tablet from Babylon (the Almanac of Sippa) in the British Museum tells of a great astronomical event. Jupiter and Saturn aligned in 7 BC. Astronomer Michael Molnar tells us that these planets were known to play the central role in kingship, or emporership. Jupiter tells of the coming of a new king. Saturn tells of the old ruler. When these 2 planets aligned closely in the sky, it meant the change of one ruler to another. Traditionally, the constellation of Pisces was the sign of Israel. These 3 objects aligned 3 times in the year 7 BC. This happens every 820 years, so it is a very unusual event. Jupiter also was eclipsed by the moon, and occurred in the East, which would be April 17, 6 BC. Molnar believes this is the date of the birth of Christ. It is an extremely unusual event, and would have been greatly noticed by the Magi.
According to these astronomers, these wise men were from Iran and were members of the Zoroastrian religion, a religion that pre-dates Christ and is still practiced by a small minority in Iran. Of course there is another apocryphal story that says the Wise men came from China. Whatever you think of these stories, the fact is that the star wasn’t really visible to most of the world.
In the Book of Mormon, however, the star is seen by hundreds, and fulfilled a prophecy by Samuel the Lamanite. In 3 Nephi 1,
4 And it came to pass that in the commencement of the ninety and second year, behold, the prophecies of the prophets began to be fulfilled more fully; for there began to be greater signs and greater miracles wrought among the people.
5 But there were some who began to say that the time was past for the words to be fulfilled, which were spoken by Samuel, the Lamanite.
15 And it came to pass that the words which came unto Nephi were fulfilled, according as they had been spoken; for behold, at the going down of the sun there was no darkness; and the people began to be astonished because there was no darkness when the night came.
19 And it came to pass that there was no darkness in all that night, but it was as light as though it was mid-day. And it came to pass that the sun did rise in the morning again, according to its proper order; and they knew that it was the day that the Lord should be born, because of the sign which had been given.
20 And it had come to pass, yea, all things, every whit, according to the words of the prophets.
21 And it came to pass also that a new star did appear, according to the word.
So, my physics and astronomy friends, how would you explain this event? What natural events would have happened to cause light to appear at night “as though it was mid-day?” I mean I know that the sun doesn’t set in Alaska in the summer, but assuming this took place in the Americas (or even in the Malay Peninsula), how can such an event be explained scientifically?


NEW MEXICO TECH STUDENTS SUCCESSFULLY LAUNCH INNOVATIVE ROCKET AT SPACEPORT AMERICA dentist Albuquerque
The New Mexico Institute of Mining and Technology Rocket Team along with the White Sands Research and Developers LLD successfully fired their first Mustang 6A rocket at the Spaceport America facility in early November.
Although the rocket did not reach the goal of 24,000 feet altitude, it accomplished most of its mission objectives using newly designed and innovative subsystems. The launch was very smooth and received high marks from officials at White Sands Research and Developers LLD.
WSRD also commented on the professionalism of the students and suggested that the future of space travel and rocket science was in good hands.
An article on the launch in the Albuquerque Journal can be read by clicking here.
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By Courtney Nice, CNN • Updated 4th May 2015
Tracking the northern lights can be difficult.
They’re elusive, impossible to see with the naked eye, and shooting through clouds and haze makes seeing them even more difficult.
Which is why binoculars, small cameras and plain old cell phones can help stargazers see the aurora borealis.
“It’s really a window to see,” said National Oceanic and Atmospheric Administration scientist Paul Buskirk, who’s leading a worldwide aurora mapping project.
Auroras occur when charged particles from the sun interact with neutral atoms in the earth’s upper atmosphere.
It’s not always a show for the northern lights, but the more northern you go the higher the color temperatures increase, making for a brilliant show.
They’re most visible in the evening, when the Earth’s magnetic field is at its least intense and at the same time the sun is at its peak.
Techniques that worked
“In the ’70s and ’80s with the development of binoculars and lights for the night sky, it made it possible to see (auroras) in places you’d never had them before,” Buskirk said.
But there are limitations.
“Many auroras you can see if you’re lucky or very observant,” Buskirk said. “Auroras that bright and red tend to be really, really bright. The white, near-infrared auroras are pretty cool as well. But they tend to be hidden by sunlight or cloud cover.”
Every two years, officials with the Canadian Space Agency and the National Science Foundation of the U.S. team up to create a global map to help scientists track and monitor auroras.
“They do it in a randomized fashion so that they get a sense of how places respond to the aurora,” Buskirk said.
In 2013, the researchers analyzed 200 million photos taken by 50,000 volunteers.
Some photos were filtered for poor or unstable image quality, while others were filtered for the quality of the night sky.
The U.S. map includes detailed views of U.S. regions affected by the climate, such as Alaska and Canada, as well as the physical characteristics of each area, such as moon cycles, sea ice changes and differences in weather, including temperature, rain and humidity.
“The map is helping scientists to predict and forecast the aurora as they grow stronger,” said Amanda Smith, a graduate student at the Massachusetts Institute of Technology who runs the Aurora Chasing Project, a Flickr group of scientists who track the aurora.
“These sorts of projects help people get a little more excited about the aurora,” Smith said. “Instead of thinking, ‘I can’t see it,’ that their house or their planet is going to block it or it’s going to be too bright and too smoky for me, they can look at (the maps) and know they can see it, that they’re not alone.”


One of the integral pieces to working with astrology is the concept of orbits.
All planets revolve around the Sun (minus the Moon, which revolves around Earth), and those with a greater distance from the Sun have a longer orbit. The length of the orbit dictates how long it will take for us (on Earth) to complete the planet's story.
This visual speaks to both the phases of the Moon as well as the standard planetary orbit, as they are the same.
Beyond the circle (really it's an elliptic, but whatever) the key thing to focus on is the red cross that divides the circle into quadrants. This imaginary cross creates key points within the circle, which in life, become test points or critical events/experiences that help us flesh out the matter/challenge.
The Conjunction (New Moon, or 0°) would be the starting point. That point on any chart is always crucial as it explains the chart's Rising point, or Ascendant. It's where the Sun rises in the chart.
A planet continues along its orbit in a counter-clockwise fashion until it reaches the Square (1st Quarter, or 90°) to its original starting point. Here's where we see the first challenge or experience which asks us to stabilize the situation.
It will continue on again until it reaches its next critical point, the Opposition (Full Moon, or 180°). Here we see an externalizing of the situation/story, or a bringing in of other partners/people. It also may bring about some form of completion within the story. It's far from totally over though! In fact, it's only really half-way through its whole cycle.
Much like before, it will continue on further until it reaches the next major point, which is the final Square (3rd Quarter, or 90°). This is another experience/test that asks us to externalize the story and pass it on to everyone else for benefit or growth. This same idea may have come about in the opposition point, but this will bring about more recognition on the matter. This is the highest point in the story where we usually see the most attention.
Finally the cycle continues on to close out its story as it approaches the Conjunction (0°) point and looks to start the cycle all over again, but with enriched knowledge and growth from the previous cycle.
Approximate Orbital Length is the length of time it takes for the planet to complete a full cycle around the Sun.
(Please note that the length of time with regards to the Sun is actually Earth's orbit length, since the Sun doesn't revolve around us... or so they say!)
Average Time in Sign is roughly how long each planet resides in each sign (Aries - Pisces) as it passes through the zodiac.
Approximate Opposition is half the length of the planet's orbit. To find the approximate time for a square divide this number in half.


Inspiration for Students
Former NASA Astronaut Don Thomas presents at CCPS STEAM Expo 2023
Former NASA astronaut Don Thomas knew from the age of six years old he wanted to explore space. After years of applying, his persistence paid off and propelled him to four space shuttle flights and nearly 700 orbits around Earth.
“It took me a while to get there, but from working hard and never giving up I was able to accomplish my dream, and all the students here today can do the same,” Thomas told me immediately following the Opening Session of the 2023 Collier County Public Schools (CCPS) STEAM Expo. Since CCPS emphasizes the value of igniting both sides of the brain through arts, we add the “A” to enhance STEM education into STEAM... Science, Technology, Engineering, Arts, and Math. “My dream is that I impact one student, and my ultimate dream would be 20 years from now, I get a phone call and the person says... you inspired me to be an astronaut.”
On January 28, 2023, the auditorium at Gulf Coast High School transformed into a celestial experience with lively presentations, followed by the popular STEAM Village packed full of engaging hands-on exhibits.
STEAM Expo presenter and Naples High graduate Elias Myrmo hugs former Naples High teacher Bob Getka
In addition to Thomas, students of all ages heard from Naples High School 2003 graduate Elias Myrmo, one of the newest NASA flight directors to oversee operations of the International Space Station, commercial crew, and Artemis missions to the moon. Janet Ivey, the creator of the television show “Janet’s Planet,” kept the energy going for children and parents eager to take advantage of the free learning event organized by CCPS.
Myrmo’s sister teaches fifth grade at Naples Park Elementary, and he is the grandson of Gene Nara, who served for many years as principal for Gulfview Middle School and Pine Ridge Middle School. Myrmo is now based in Houston as a NASA flight director and reunited with one of his favorite teachers at STEAM Expo. “Mr. [Bob] Getka was my computer science teacher,” he recalled. “I was introverted and shy as a kid, and his class really helped me be more interactive and extroverted,” said Elias Myrmo. “[He] certainly taught me how to work with a team, and Mission Control is nothing if not a high-performing team. As the leader of that team, I am indebted to him.” Myrmo credits companies, new technologies, and investments as paving the way for new spacecraft to take people into space. “In the next 20 years, I think we are going to do amazing things in space, and folks that are in elementary school right now are on the precipice of amazing things,” predicted Myrmo.
Many students dressed up in astronaut suits, and parents worked on experiments side-by-side with their children. “We will always come to this event. I would love to volunteer at this event,” said Ashley Matthews, while standing next to her two boys who attend Sable Palm Elementary. “I’m going to tell everyone about it and hopefully continue to grow this wonderful event.” Who knows, our Collier students may reach frontiers yet to be explored. “Maybe being the first astronaut to walk on Mars,” former astronaut Don Thomas dreamed out loud. “I think that would be outstanding.”


Including the original two satellites, the collision between COSMOS 2251 and IRIDIUM 33 has so far resulted in 514 pieces of debris. these are slowly spreading out around the planet.
I’ve created a google earth file of the debris could.
Or you can view it in google maps at this link:
I really think some one needs to be responsible for the mess and the clean-up. I’m sure that, if they don’t, this will cause numerous problems in the future by endangering other space craft.


From NASA Goddard:
The speed of rotation of the Solar throughout its first billion years is unknown. But, this price of rotation has affected photo voltaic flares, influencing the evolution of life. A NASA crew of scientists thought to have found it utilizing the Moon as important proof.
The photo voltaic dynamics observatory of NASA captured this picture of a photo voltaic flare on October 2, 2014. The photo voltaic flare is the intense burst of sunshine on the department proper of the Solar. A burst of photo voltaic materials popping out of area will be seen just under it. Credit: NASA / SDOSolar Flare
The solar is the rationale we’re right here. That is additionally why Martians and Venusians are usually not.
When the Solar was a child, 4 billion years in the past, it was experiencing violent explosions of intense radiation, scattering clouds and burning particles at excessive vitality by way of the photo voltaic system. These rising pains favored life on the primitive Earth by triggering chemical reactions that stored the Earth heat and moist. Nevertheless, these sunbursts have additionally been in a position to stop life from rising on different worlds by robbing them of their atmospheres and zapping nutrient chemical substances.
The ability of rotation of the infant Solar on its axis trusted how these primordial explosions have been harmful to different worlds. The quicker the solar turned, the quicker it might have destroyed the situations of habitability.
Prabal Saxena, an astrophysicist at NASA's Goddard Spaceflight Middle in Greenbelt, Maryland, spoke about his scientists. Saxena research the interactions between area climate, variations in photo voltaic exercise and different radiation situations within the area and surfaces of planets and moons.
Now, he and different scientists are realizing that the Moon, the place NASA will ship astronauts by 2024, comprises clues to the traditional mysteries of the Solar, that are important to understanding the event of the life.
"We didn’t know what the Solar seemed like in its first billion years, and that's extraordinarily vital as a result of it most likely modified the way in which the environment of Venus developed and the velocity with which it she misplaced water. It most likely additionally modified the velocity with which Mars misplaced its environment, in addition to the atmospheric chemistry of the Earth, "stated Saxena.
The Solar-Moon Connection
Saxena stumbled upon the thriller of the rotation of the Solar early in his profession, whereas contemplating a seemingly unrelated drawback: Why, when the Moon and the Earth are fabricated from primarily the identical materials, are there it a lot much less sodium and potassium within the lunar regolith or the bottom of the moon than within the terrestrial soil?
This query, additionally revealed by evaluation of Apollo-era moon samples and lunar meteorites found on Earth, has puzzled scientists for many years – and it has questioned the speculation predominant formation of the Moon.
Shut-up view of the lunar pattern Apollo 16 no. 68815, a fraction dislodged from a guardian rock about 4 toes tall and 5 toes lengthy.Credit: Lunar Sampler NASA / JSCApollo 16
In accordance with the speculation, our pure satellite tv for pc took form when an object the dimensions of Mars crashed on Earth about four.5 billion years in the past. The pressure of this crash despatched supplies into orbit, the place they merged into the moon.
"The Earth and the Moon would have fashioned with comparable supplies, so the query is why the moon was destroyed." Stated Rosemary Killen, scientist in planetary science at NASA Goddard, who research the results of area climate on planetary atmospheres. and exospheres.
Each scientists suspect a giant query to tell the opposite – that the story of the Solar is buried within the crust of the Moon.
Killen's earlier work laid the muse for the crew's investigation. In 2012, she helped simulate the impact of photo voltaic exercise on the quantity of sodium and potassium delivered to the Moon's floor or launched by a stream of charged particles from the Solar, often known as photo voltaic wind, or by highly effective recognized eruptions. as coronal mass ejections.
Saxena included the mathematical relationship between the speed of rotation of a star and its flare exercise. This concept was developed by scientists who studied the exercise of hundreds of stars found by NASA's Kepler House Telescope: the quicker a star turned, the extra violent ejections they discovered. "By studying about different stars and planets, particularly stars like our Solar, you start to have a extra full image of how the Solar has developed over time," Saxena stated.
Utilizing subtle laptop fashions, Saxena, Killen and his colleagues suppose that they might have ultimately solved each mysteries. Their laptop simulations, described on Might three in The Astrophysical Journal Letters, present that the primitive Solar rotated extra slowly than 50% of child stars. In accordance with their estimates, within the first billion years, the Solar took not less than 9 to 10 days to rotate.
They decided this by simulating the evolution of our photo voltaic system below a sluggish, medium after which quick spinning star. They usually found that just one model – the sluggish spinning star – was in a position to blow the correct quantity of charged particles onto the Moon's floor as a way to drop sufficient sodium and potassium into the area to let the portions that we see within the rocks of the Moon at the moment.
"Spatial climate was most likely one of many predominant influences of the evolution of all planets within the photo voltaic system," Saxena stated. "Any research of the habitability of the planets should subsequently take this under consideration."
Life below the rising solar
The rotation velocity of the primitive Solar is partly liable for life on Earth. However for Venus and Mars – two rocky planets just like Earth – that will have prevented it. (Mercury, the closest rocky planet to the Solar, has by no means had an opportunity.)
The environment of the Earth was as soon as very totally different from the one the place oxygen reigns at the moment. When the Earth fashioned four.6 billion years in the past, a skinny envelope of hydrogen and helium held on our molten planet. However the sunsets of the younger Solar have eliminated this primordial haze in 200 million years.
Because the Earth's crust solidified, volcanoes step by step spat out a brand new environment, filling the air with carbon dioxide, water, and nitrogen. Over the billions of years that adopted, the oldest micro organism consumed this carbon dioxide and, in return, launched methane and oxygen into the environment. The Earth has additionally developed a magnetic discipline that has helped shield it from the solar, permitting our environment to show into an oxygen and nitrogen-rich air we breathe at the moment.
"We have been fortunate that Earth's environment survived this horrible time," stated Vladimir Airapetian, Goddard's senior heliophysiologist and astrobiologist, who research the affect of area climate on habitability terrestrial planets. Airapetian collaborated with Saxena and Killen on the primary Solar research.
An inventive conception of the primitive Earth, exhibiting a floor struck by a significant affect, ensuing within the extrusion of a deep magma on the floor. Credit: Simone MarchiEarly Earth
If our Solar had been a quick rotator, it might have burst with very good flares 10 instances extra highly effective than another report, not less than 10 instances a day. Even the Earth's magnetic discipline wouldn’t have been sufficient to guard it. Explosions from the Solar would have decimated the environment, decreasing atmospheric strain to the purpose that the Earth wouldn’t retain liquid water. "It may have been a a lot tougher setting," Saxena stated.
However the Solar was rotating at a great tempo for the Earth, which was thriving below the early star. Venus and Mars didn’t have the identical luck. Venus was as soon as coated with water and may very well be liveable. However because of many elements, together with photo voltaic exercise and the shortage of an internally generated magnetic discipline, Venus has misplaced its hydrogen, a vital part of water. Consequently, it’s estimated that its oceans have evaporated over its 600 million years. The environment of the planet has develop into thick with carbon dioxide, a heavy molecule that’s tougher to evacuate. These forces led to an uncontrollable greenhouse impact that retains Venus at 864 levels Fahrenheit (462 levels Celsius), far too sizzling for all times.
Mars, farther from the Solar than the Earth, would appear to be resistant to stellar explosions. But he had much less safety than the Earth. Partly due to the weak magnetic discipline of the crimson planet and its low gravity, the rising solar may step by step evacuate its air and water. About three.7 billion years in the past, the Martian environment had develop into so skinny that liquid water instantly evaporated into area. (The water nonetheless exists on the planet, frozen within the polar ice caps and within the floor.)
After having influenced the course of his life (or lack thereof) on the interior planets, the ageing solar step by step slows down and continues to take action. As we speak, it runs as soon as each 27 days, thrice slower than it was in its infancy. The slower rotation makes it a lot much less lively, though the solar all the time has violent explosions on occasion.
Exploration of the moon, witness of the evolution of the photo voltaic system
To be taught extra in regards to the primitive Solar, stated Saxena, one mustn’t look any additional than the Moon, among the best preserved artifacts of the younger photo voltaic system.
"The explanation why the moon finally ends up being a extremely helpful calibrator and a window to the previous is that it doesn’t have any annoying environment or tectonic floor plates resurfacing the crust", he declared. "Consequently, you’ll be able to say," Hey, if photo voltaic particles or anything hit him, the moon's floor ought to present proof. "
Visualization of completely shaded moon areas, or PSR, utilizing pictures taken by NASA's Lunar Reconnaissance Orbiter. PSR are locations on the moon that haven’t seen the solar for tens of millions, even billions of years. Whereas the inclined axis of the Earth permits the solar to fall in every single place on its floor, even on the poles, throughout not less than a part of the yr, the inclination of the Moon with respect to the Solar is only one, 6 °, which is inadequate for daylight to penetrate deep craters close to the north and south lunar poles. PSR is among the coldest and darkest locations within the photo voltaic system.Credit score: NASA Goddard / Ernie WrightMore data
Apollo samples and lunar meteorites are a wonderful place to begin for probing the traditional photo voltaic system, however these are simply small items of a mysterious puzzle. The samples come from a small area close to the lunar equator, and scientists can’t say for positive the place the meteorites come from on the moon, which makes it troublesome to place them in a geological context.
Because the South Pole homes the completely shaded craters the place we anticipate finding the best-preserved materials on the moon, together with frozen water, NASA is contemplating to ship a human expedition to the area by 2024.
If astronauts may get lunar soil samples from the southernmost a part of the moon, this might present extra materials proof of the Solar's rotational velocity, stated Airapetian, who suspects that photo voltaic particles would have been deflected by the traditional magnetic discipline of the four billion Moon a few years in the past and deposited on the poles: "So you’d count on – though now we have by no means examined – the chemistry of this a part of the Moon, the one uncovered to the younger Solar, is far more altered than the equatorial areas. So there may be lots of science to do there. "


Deploy Folding Table of contents
Uncovering What the Full Moon in Virgo on March 18 Has in Store for Us
On March 18th, a powerful full moon in the Earth sign of Virgo will beam its light into the night sky. As with all the full moons of 2019, this one promises to bring a special set of gifts and insights. Read on to learn what to expect from the March 18th full moon, and how you can gain the most from its wisdom.
What to Expect from the March 18 Full Moon
This full moon, known as the Worm Moon, is the last of three supermoons this winter. Supermoons appear larger and brighter than usual full moons due to their proximity to the earth. This full moon is also special because it is the last in a series of three consecutive full moons in the sign of Virgo. This will be the perfect time to cultivate an empowering sense of clarity, balance and focus.
Unlocking the Wisdom of a Virgo Moon
The Virgo full moon is connected to the element of earth and is associated with the wisdom of discernment and self-improvement. This powerful full moon will help us to understand the importance of reflecting on our day-to-day lives. It will also provide us with the opportunity to evaluate our habits and our actions, and make necessary changes.
March 18 Full Moon: What it Signifies
The March 18th full moon will draw powerful energy from the sun in Pisces. This combination may bring us powerful dreams, revelations and spiritual insights. It will also symbolize the end of a cycle and a period of reflection. During this time, we can take some time to look within and think about our life choices and our relationships.
Discern the Power of the March 18 Full Moon
The March 18th full moon will be the perfect time to tap into our own inner wisdom. During this time, we can reflect on our goals, our aspirations and our relationships. We can also gain clarity on the spiritual aspects of our lives, and begin to make progress towards reaching our highest potential.
Unveiling the Secrets of the Virgo Moon
This full moon in Virgo offers us the chance to glance into our hearts and minds and make the necessary adjustments to align with our true path. We can use this powerful energy to focus on healing and grounding ourselves, as well as on manifesting our intentions in the world. Additionally, it is a great opportunity to practice self-care and reconnect with nature.
The March 18th full moon in Virgo will be an opportunity to bring balance and harmony into our lives. With its presence, we can look forward to gaining wisdom, understanding and insight. By tuning into the energy of this powerful full moon, we can gain clarity and unlock the secrets of our inner selves.
The March 18th full moon in Virgo will be a powerful time for self-reflection. With its presence, we can gain insight into our lives and make necessary adjustments. By allowing ourselves to tap into this energy and unlock our inner wisdom, we can bring greater balance and harmony into our lives.
- Demetra George, “Astrology of the Moon: Understanding its Power”, Phanes Press, 2017.
- Kelly Surtees, “Understanding the Moon Phases: How to Feel Connected to the Celestial Energy”, Llewellyn Worldwide, 2016.
- Amanda Moreno, “The Power of the Moon Within: Using the Moon Phases to Unlock Your Inner Wisdom”, Llewellyn Worldwide, 2019.
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Saturday 23 October 2010
Journey to the Far Side of the Sun (trailer)
One of my favourite cinemas of all time. A very cool space film. Roy Thinnes is a cool guy too!!!
Doppelgänger is a 1969 British science fiction film directed by Robert Parrish. The film was released in the US as Journey to the Far Side of the Sun, a title by which it is now better known. The crew of a spacecraft journey to a previously unknown planet on the far side of the Sun, only to seemingly find themselves returning back to the Earth. The storyline is similar to an hour-long episode of the Twilight Zone entitled, "The Parallel".
Directed by Robert Parrish
Produced by Gerry Anderson, Sylvia Anderson
Written by Gerry Anderson, Sylvia Anderson
Music by Barry Gray