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Moon Phase Tonight: Waxing Gibbous. Datlng Moon : Nov 12, at am. First Quarter : Nov 4, at am. Printable PDF calendar of moon phases. All rights reserved. Menu timeanddate.
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Dorset Moon in Weymouth · Lighthouse
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Moon Phases – Lunar Calendar for Weymouth, Massachusetts, USA
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Nanna Moon's Cafe Bar, Weymouth - Restaurant Reviews, Photos & Phone Number - TripAdvisor
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Nov 27 A.|When is the next full Moon? Plus, enter your ZIP or postal code to get full Moon dates and times customized to your location. Sunrise and sunset times Rise and set times for the Moon and planets Moon phases and lunar calendar Tide chart.
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Dorset Moon at Nothe Fort, Weymouth Weymouth
Feb 19 A. Feb 9 A. Feb 27 A. Feb 16 A.]Moon Phases for Weymouth, Massachusetts, USA in Showing All times are local time for Weymouth. Dates are based on the Gregorian calendar. Art event in Weymouth, United Kingdom by b-side and Nothe Fort on Friday, July Make a date in Weymoutn diary, b-side, @activateparts, Bournemouth Arts by the. Dorset Moon featuring Luke Jerram's Museum of the Moon of the moon's surface will land in Bournemouth, Sherborne and Weymouth.
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Scholars Online Astronomy - Chapter 16: The Sun
Reading: Astronomy, Chapter 16: Our Star, The Sun
- 16.1 The sun is our model for all stars. It is a massive ball of hydrogen and helium gas, and at its core, where the temperature reaches 25,000,000K, thermonuclear reactions fuse hydrogen atoms into helium atoms, releasing incredible amounts of energy that reach Earth as both heat and light. Most of this energy comes from a mass loss that occurs when protons and neutrons created new nucleus. The energy released is given by Einstein's mass energy equivalence: E = mc2. note: While astronomers often call this "hydrogen burning", do not confuse it with combustion, which involves combination of oxygen with other elements. Combustion is a chemical reaction In which atoms are recombined, but no atom changes internally. Hydrogen fusion is a thermonuclear reaction that changes the composition of the atomic nucleus, and therefore changes the element of the atom involved.
- 16.2 All stars therefore have two primary sets of forces acting: thermonuclear energy from the interior causes convection and expansion of gases, creating outward pressure. Gravity acts in the opposite direction, causing a massive gas to collapse. If the star becomes hot enough, it can blow up; it becomes cold enough, it will collapse. Since gas as cool as they expand there is a constant oscillation between expansion and contraction. As long as the star stays within certain boundaries, it remains within hydrostatic equilibrium, and stable.
- 16.3 By using hydrotatic equilibrium oscillations, we can determine the sun's interior structure, similar to the way we use earthquake waves to determine the mantle and core structure of the earth. This information lets us determine the size of the sons helium core.
- 16.4 Another source of information about the Suns core are the solar neutrinos produced when protons morph into neutrons during the fusion reaction. Neutrinos are quantum mechanical particles that interact very weakly with matter, as though they had no mass at all. Because they don't interact with matter, are very difficult to detect. Early attempts found only about one third of the neutrino flux predicted, based on the level of fusion reactions that must occur in the core of the sun in order to produce the heat and energy we observe. In the last decade, astronomers have been able to show that neutrinos can change form. New detectors capable of sensing all three types of neutrinos can now detect solar neutrinos at the predicted.
The solar atmosphere is divided into three layers. The photosphere or lowest layer, is heated from below by convection of the layers of gas between the core and surface, and radiation escaping the core. When we look at the sun, we look straight through the thickness of the layer near the center of the sun, but when we look at the limbs of the sun, we look through more of the photosphere layer. Because this layer is cooler than the underlying interior layers, the limbs of the sun appeared a somewhat darker.
- 16.6 Convection occurs through all layers of the solar interior, bringing hotter materials from the center to the outer layers. This creates a kind of granular convection circulation, resulting in spikes where rising gases leap into areas of lower pressure, expand, cool, and tnen contract and fall back down. Because the cooler gases are denser, the falling areas are darker. The gases of the photosphere spike into the Suns chromosphere, a much less dense layer that acts almost as an atmosphere does around the terrestrial planet's surface.
Above the chromosphere, the solar corona is the outermost region of the Sun's atmosphere. It can only be observed in detail during a solar eclipse, when a brighter disc of the Sun is blocked out by the moon. Because the gases escaping from the sun are expanding rapidly, the corona is much less dense than even the chromosphere. These gases become the solar wind, which blow out word through the solar system into space. Most of these gas particles are high temperatures, so much so that the electrons have been completely stripped off of the atoms leaving the positively charged nuclei in the negative plea charged electrons separated. The flow of these ionized particles maps to the solar magnetosphere. The spectrum of these gases tells us what elements are present in the solar photosophere, chromosphere, and corona.
- 16.8 The fluid nature of the sun and its composition including many ionized particles creates currents of the solar interior and on the solar surface, which of course give rise to magnetic fields, which in turn interact with the ionized particles. Over time, the rotation of the sun creates a complex magnetic pattern that response not only to the rotation, but also to the gases rising from below. Magnetic tubes form through which ionized gases can flow, and when these links are pushed upward by the rising gases, an interesting phenomenon occurs: sunspots. As a gas flows upward it expands, cools, becomes dark, and falls back down to the surface through the tube, creating loops of flowing gas above the solar surface.
- 16.9 Because the magnetic "tubes" form over time and then interact with each other, the sun goes through periods of increasing magnetic chaos. When the magnetic fields become too complex, a kind of shakeout occurs, setting everything back to neutral. During periods of high magnetic field complexity, the sun will have many loops and therefore many sunspots — a period of high solar activity which reaches a maximum, and then begins to slow down. At the point where the solar magnetic field becomes neutralized, there's very little solar sunspot activity, and we see the sun is at minimum. By mapping the number of sunspots, we can determine when solar max and solar min occur, and for the last four centuries of our observations, the sun is kept to an 11 year cycle.
Sunspots are mapped according to their altitude or distance from the solar equator and their distance from the Suns axis of rotation.
By plotting the number of sunspots that occur each year, we can determine the periodicity: about 11 years between two solar Max.
When we plot the altitude of a sunspot north or south of the equator as a function of time, we also see a periodic trend: the earliest sunspots in a cycle begin at high latitudes.
Using this information, we produce a model of the solar magnetic field over time. The differential rotation of the solar gases means that the material at the polls rotates more slowly than the material at the equator. The ion carrying — and therefore magnetic field carrying — particles of solar gas wrap the magnetic field around the sun. This increases the complexity of the solar magnetic field and gives rise to "tubes" or magnetic funnels that carry the ionized gases up into the chromosphere, producing sunspots.
- 16.10 In addition to the sunspot loops, localized high activity areas will produce solar flares that extend into the chromosphere and corona. When these loops or flares occur along the limb and are seen in silhouette, they're called prominences. If the burst of gas escapes the sun altogether heading towards Earth, the ionized particles will be funneled by Earth's magnetic field towards the poles, producing the "northern lights", or auroras. Because of their electromagnetic nature, these flares pose a hazard to planetary communications and to humans who are working in space.
Key Formulae to Know
- Einstein's mass-energy equation:
Read the following weblecture before chat: The Sun
Planetarium Program: Use your planetarium program to explore the surface of the sun. In Starry Night, you should be able to use Favorites → Explorations → Sun; you may also be able to change your Viewing Location to the surface of the Sun. Use the LiveSky options to view the sun "now".
If your program allows, explore solar rotations and run time forward so that the Sun makes an entire rotation. How long does this take?
Website of the Week: Check out The Solar and Heliospheric Observatory site. Look at the pictures of the sun "now". Do you observe any activity? Sketch the position of any sunspots you observe, then return to the site every two days for ten days (total five visits). What happens to the sunspots?
Chat Preparation Activities
- Essay question: The Moodle forum for the session will assign a specific study question for you to prepare for chat. You need to read this question and post your answer before chat starts for this session.
- Go over the list of Key Words and Key Ideas at the end of the chapter. If you don't remember the definition of the key word, review its use (the page number on which it is explained is given).
- Read through the Review Questions and be prepared to discuss them in class. If any of them confuses you, ask about it!
- Mastery Exercise: The Moodle Mastery exercise for the chapter will contain sections related to our chat topic. Try to complete these before the chat starts, so that you can ask questions.
- Required: Complete the Mastery exercise with a passing score of 85% or better.
- Go to the Moodle and take the quiz for this chat session to see how much you already know about astronomy!
Read through the lab for this week; bring questions to chat on any aspect of the lab, whether you intend not perform it or not. If you decide to perform the lab, be sure to submit your report by the posted due date.
© 2005 - 2019 This course is offered through Scholars Online, a non-profit organization supporting classical Christian education through online courses. Permission to copy course content (lessons and labs) for personal study is granted to students currently or formerly enrolled in the course through Scholars Online. Reproduction for any other purpose, without the express written consent of the author, is prohibited.


Our Solar System moves through space by circling the center of the Milky Way galaxy. This means that it must have drifted through denser gas clouds in the past. But this is not the only reason why it moves through space. Many other factors also play a role, including the ages of our planets and the Earth. The answer to the question “How does the solar system move through space?” may surprise you.
Compared to Earth, the solar system moves through space at a very slow speed. Light from the sun travels at speeds of a few kilometres per second, or about six million miles per hour. The distance between Earth and Pluto is around 230 billion miles (400 million miles), so light traveling from the sun to Earth takes eight minutes. Light traveling at a higher speed takes five hours to reach Pluto, and 400 years to reach the north star.
We can see this phenomenon in nature: the Sun bobs up and down in its orbit around the galactic center. Its orbits are characterized by a spiral pattern. It appears that the solar system is curved like a cork in the ocean. In a way, it’s a lot like the wobble in a spinning top. The sun is curved as it orbits the galaxy, and its motion is affected by the gravity of the Moon and Sun.
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جميع الأسعار تشمل ضريبة القيمة المضافة.
نبذة عن الكتاب
Inspired by the incidents in real life, the young mind of a seven-year-old drifts beyond the world known to her eyes. Stimulated by the power of her creativity, dreams transport her into the captivating enormity of an enchanting universe beyond Earth. Fueled by the fascination for astronomy and chocolates, the author intertwines the best of all she knows to kindle a spark in the imaginative young readers, leading them to lose their sense of reality, while rocketing through with her!


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Smile, Hubble! You turn 31 today.
The Hubble Space Telescope launched into orbit on April 24, 1990, and it's been looking into the far reaches of space and beaming images back to us ever since. In honor of its 31st birthday, NASA turned the space telescope's attention toward a distant and jaw-droppingly beautiful "celebrity star."
AG Carinae, which NASA calls one of the brightest stars seen in our galaxy, we can thank space gas and space dust for this beautiful explosion of light and color. The star exploded outwards around 10,000 years ago, releasing all the stellar material making up its gorgeous halo in the process.
This sort of explosion is typical for the type of star AG Carinae is — a luminous blue variable. "These outbursts are the typical life of a rare breed of star called a luminous blue variable, a brief convulsive phase in the short life of an ultra-bright glamorous star that lives fast and dies young." That description should eliminate any confusion as to where the "celebrity star" moniker comes in.
The lifetime of such stars can be measured in the millions of years — for comparison, our middle-aged sun is now about 4.5 billion years old. They're pretty chill for a portion of their lives, before erupting and turning into the kind of celestial body you see above. It's hard to understand scale from the one image, but that blast covers a lot of territory.
The halo has a diameter of about five light-years, which is about how far our own sun is from the nearest neighboring star, Proxima Centauri. The stellar material making up that halo is also equal to roughly 10 times the material making up our sun.
Hubble senior project scientist Jennifer Wiseman narrated a brief video on AG Carinae and Hubble's life so far, released on the April 24 anniversary of its launch.
NASA also released some eye-catching statistics on the space telescope's work to this point. In total, the Hubble Space Telescope has made more than 1.5 million "observations" (it's not just snapshots!) of roughly 48,000 celestial objects. That amounts to about 169 terabytes of data, with much of it catalogued at HubbleSite.org.
It's been a long run for Hubble, but one of its long-in-development successors will soon arrive in orbit. The James Webb Space Telescope was at one point expected to launch as far back as 2007. That never happened obviously, and numerous delays in recent years — both before and because of the COVID pandemic — have kept it grounded. But it's currently targeting a launch of Oct. 31, 2021.
The Webb telescope represents a big upgrade over Hubble. NASA has staged multiple missions to service the aging telescope, but it'll eventually be rendered obsolete by stellar mechanics if nothing else. This CBS News report from 2013 notes that we can expect Hubble's degrading orbit to send it falling back to Earth sometime in the range of 2030 to 2040.


It was fifty years ago, on April 12, 1961, that Yuri Alekseyevich Gagarin became the first human being to orbit the Earth.
Perhaps because the technology had reached its limits, or because what was found in space wasn't quite what we hoped, but for whatever reason, after the 1960s humanity turned inward. Can't say we're any better off for it.
For that one short stretch of time, we reached for the stars. Maybe we'll do so again some day.


Compared to the Lone Star Accompanying the Moon that we saw last time in Wujiang City, the Lone Star Accompanying the Moon that appears on Tiandao now appears brighter and clearer, and the sky on Tiandao appears more vast than in Wujiang, so this pair of Lone Stars Accompanying the Moon also has a more companionable feeling.
You know, there is still pollution such as haze in the big cities, while Tiandao can be considered as a paradise like place in the whole earth.
It is located on the eastern side of the Pacific Ocean, and there is not a single piece of land around for a thousand miles, all of which is the vast ocean. The air here is extraordinarily bright, and everything is reflected as if it were in a mirror.
There is no dust in the sky, and the moon is as bright as a flower in the sky, and the sea and sky are filled with white moonlight, which seems to be singing with the gentle sound of the waves around the island.
As the saying goes, “The tide of the spring river is even with the sea, the bright moon on the sea is born together with the tide, rippling with the waves for millions of miles, where is the spring river without a bright moon.
Neo stared blankly at the bright moon on the sea, the moon that symbolised himself in his heart.
The moon was a radiant light that gave people a feeling of purity and beauty.
But what was it!
Neo’s gaze coalesced deeper and he saw the other half of the moon.
Yes, although the moon looked bright, if one looked closely, one could see the other half of the moon hidden within the light of half the moon.
It was shadowy, almost unnoticeable.
But it is there too.
The other half of the moon, the shadowy half, can even take away from the bright moon.
It is like the end and beginning of each lunar month, when the night sky is dark without the light of the moon, when the whole moon is completely controlled by the dark part.
Of course, there are times when the brighter part of the moon prevails, the full moon, when the sky is at its brightest, when many people’s favourite night is full, when the most joyful and happy moments occur, when the moon is at its best.
And more often than not it is neither full nor moonless, but a time when the bright moon and the dark moon each occupy a part of the sky, sometimes more of you, sometimes more of me, seemingly forever at war with each other.
Is this, then, not the life of Tianxuan?
Isn’t Tianxuan just like the moon, with its bright side and its dark side?
Neo suddenly realised that perhaps Tian Xuan’s life was just like the moon’s, where his light and his darkness were always fighting.
When the light prevailed, he would do something, and when the darkness prevailed, he would do the opposite.
That is why he gives the impression of never being able to see clearly, of being both good and evil.
Think how painful it is for a man to be forever struggling with his inner self, or between his inner selves!
He can never really know himself, and he can never achieve peace of mind.
His beliefs are set up one moment and then collapse the next, and this flip-flopping can really shatter a man’s soul.
He will always be in self-recrimination, remorse and pain.
When he thought of this, Neo’s heart had an even greater sense of heartache and respect for his former self.
So who is the bright moon and who is the dark moon.
Once again, Neo looked steadily at the curved moon in the sky and the stars beneath that curved moon.
If the bright moon was himself, then the star was undoubtedly Zhou Yun, and if the bright moon was that emperor phoenix, then the star was definitely Cai Wei.
So, which pair was this lone star accompanying the moon?
Was Di Huang really the bright moon? And he himself was the dark part?
“Look, the stars have disappeared!”
“What’s going on? Something’s wrong again! How come every time the lone star accompanies the moon, something strange happens!”
“Yes, remember last time the lone star with the moon turned into a double star with the moon, and now the lone star with the moon has turned into a lone moon without stars, quick, go and take your newly bought Lamborghini to my room and bring my Leica camera, this time it must be filmed!”
The servants on Sky Island chattered.
Neo also hurriedly looked, and sure enough, the star was fading at a speed visible to the naked eye, and slowly, it literally merged with the night and could no longer be seen, as if it didn’t exist at all.
The only thing left in the night sky was the lone moon, shining lonely on the sea level.
“Surely, I, am the bright moon.”
Neo murmured, yes, only when the bright moon was itself, would the stars disappear.
Now Caiwei and Di Huang, the two of them would be together forever, right?
Thinking of this, Neo looked at that moon again, his heart somehow had a more intimate feeling, always feeling that he had some kind of indefinable relationship with that moon.
“Hey, there’s no need to use the camera to take pictures, here’s a clearer one, look!”
At some point, someone had hung up a projection screen outdoors.
Just above the screen, there was a huge sphere that was hanging in the dark night background, and the sphere still looked pockmarked with puddles.
“This is a live feed transmitted from the lunar orbiting aerial camera satellite, it’s being broadcast live on national television right now, because celestial events like the lone star accompanying the moon are extremely rare, so several major countries have jointly launched this lunar orbiting aerial camera satellite, specifically to capture this lone star accompanying the moon spectacle up close, and broadcast it live worldwide, you see, this satellite is almost right over the moon’s orbit, simultaneous filming You’re basically looking up at a magnified version of what you’re seeing right now, handsome!”
“Wow, this is awesome, you can really see it better!”
“It’s spectacular to see it up close like this!”
The servants gathered again in front of the projection screen, looking at it for a moment and then up at the sky, shouting with excitement.
“Hush, all of you keep your voices down, the Third Young Master is over there too, don’t disturb him.”
“Right, right, the Third Young Master has been in the house all this time and hasn’t come out, now he’s finally in the mood to come out for a break, let’s all pay attention and not distract him.”
“Alas, the third young master is really pitiful.”
“Yes, I heard that his favourite girl has disappeared, he must be missing that girl as he looks at the moon now.”
The servants whispered while looking up at Neo, who was not far away on a huge piece of rock high above the mountain, except that when it came to Neo, the excitement of the crowd was somewhat diminished at this point.
“Ah, why is the screen moving, why is this moon spinning!”
Suddenly someone stared at the screen, exclaiming.
“Nonsense, the moon is supposed to be spinning on its own.”
“No, it can’t be, it’s a circumlunar synchronous satellite, it’s basically in sync with the moon’s rotation, so the picture taken is very stable, the images of the moon we saw just now were stationary.”
“So how is it spinning now, and it’s spinning to what seems like quite fast!”
The man was right, and sure enough, the image of the moon on the screen was spinning fast.
“…… Well, we’ve had a lot of viewers call us just now, all talking about the anomaly with the moon, and according to the experts, this is most likely due to a problem with the circumlunar satellite itself, going too fast or too slow, thus causing a situation that cannot be synchronised with the moon, and the experts advise viewers not to Don’t worry too much, readjust the satellite command in a moment and it will be fine, now we switch to another distant satellite screen …… ah, no, it’s not right ……”
The presenter’s voice suddenly became a little alarmed.
At the same time the screen, at this point, switched to another distant lunar screen.
In this image, the entire moon could be seen.
And at this point, to everyone’s dumbfounded surprise, the moon was indeed spinning, but it was the other half of the moon that was spinning!
It was as if the moon had been divided into two hemispheres, and the brighter hemisphere was turning inwards, and the outside was turning in and the inside was turning out!
“The centre of the moon, is actually empty?!”
The crowd looked at the live feed on top of the screen in amazement, and by now half of the moon had turned completely around, and the inside was indeed empty.
If the moon was like two bowls snapped together opposite each other to become one ball, the moon was now like two bowls stacked on top of each other.
“Not only is it empty, but the inside is so smooth? It’s as if it’s paved out of Chinese white jade.”
The crowd was completely stunned by the never-before-seen appearance of the moon at this point.
And just then, a white light suddenly shot out from the hollow interior of the moon, a white light so intense that the picture was instantly all brilliantly white!


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Appears in both adventures Destination Moon and Explorers on the Moon
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Hergé was intensely curious about science, and the pinnacle of his hyper-realism can be seen in Tintin's Moon adventures. The red-and-white chequered Moon rocket has become an iconic symbol not only of Hergé's work but also of comic strips in general.
This new 90 cm resin model Tintin rocket is based on a drawing from Explorers on the Moon and has been manufactured using top-quality materials. Each rocket is packaged in a beautiful box and comes with a certificate.
This Ultimate Deluxe version is BIG & HEAVY.
Click and collect or you can arrange pick up with your own Courier.
Your Courier will ask for this information .
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Lasvit Dreaming of hiking to space? What if you could admire the beauty of the universe from the comfort of your home? Eclipse and Supermoon from the new Spacey collection designed by Lukáš Novák will show you that even a simple shape like the sphere can turn your world upside down.
3,2,1,...launching one of our lighting novelties now: https://bit.ly/MeetSpacey
Follow #TheNatureOfLasvit for more design stars
#Lasvit #LasvitDesign #Design #Light #Lighting #Glass #LasvitCollections #Spacey
ZEE5 Do you love discussing fun, stupid, pointless, weird, shocking "facts" you find on the internet. Join the boys discuss all this and more on Supermoon Live to Home on ZEE5!
CGTN Did you catch the last #supermoon of 2020? Don't miss the beautiful "flower moon."
CGTN - China Global TV Network Many parts of China saw last night’s supermoon. If you didn’t have a chance to look up at the sky, here are some pictures of the moon over China.
CGTN Live: Enjoy the last chance to bathe in the glory of supermoon in 2020
The last supermoon of 2020 appears in the skies on Thursday morning, May 7, 2020, opposite the sun (in Earth-based longitude) at 6:45 a.m. EDT (18:45 BJT), according to NASA. Join CGTN for a relay skywatching tour to catch the last chance to bathe in the glory of supermoon in 2020.
Get Blue Moon This will be the last supermoon of the year, don't miss this extraordinary event and reach for the moon.
The real Sean John #supermoon #moonatperigee #daytimemoon #moon #daylight #astronomy
Moon Omens - We are here to bring you deep insights & tools to help you understand the omens & signs that surround us all. Astrology, Spirituality, Numerology Upcoming Super Flower Moon on May 7th!
Liberty Science Center Join our LIVE planetarium educator to learn why the moon, on this evening, will be bigger and brighter than a regular full moon. Come with questions and then head outside to see the supermoon yourself!
CGTN The largest, brightest supermoon of 2020 rose in the night sky on Tuesday over hushed cities, stilled factories and countries worldwide. April's full moon, also known as the pink moon, will be the closest supermoon of the year.
In fact, the moon didn't always look pink, but sometimes appeared golden as it rost above the horizon. That's due to an effect caused by our atmosphere, similar to how the sun can appear more red as it rises and sets, according to NASA.
Watching in Beijing was local resident Ding Linlin, who said: "The epidemic situation in China is getting better and better. This [moon] may represent something good ... I'm happy when I see it." For more: https://news.cgtn.com/news/2020-04-08/Largest-supermoon-of-2020-rises-over-a-world-battling-COVID-19-PvZjQnkxd6/index.html
CGTN Photos of the supermoon taken by Yuguang Yang in Beijing. A refractor with 900mm focal length and 70mm aperture was used. Tonight the distance between earth and Moon is less than 360, 000 kilometers and thus the Moon looks bigger than ordinary days, for which it is called supermoon. Usually there will be several chances to see the supermoons within one year. The two photos has different brightness due to different parameters when taking shots, such as different exposure time and different ISO values.
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Rave Atlas good friends up Brest/France, The Night Birds collective,
present their last SUPERMOON rave for 2019 this Friday the 29th of November 2019 @ Cabaret Vauban, promising you a sound journey through Ambient, Deep Techno and Hypnotic Techno!
For this 12th edition, space shuttle orders will be entrusted to Luigi Tozzi for an orbital flight around Titan, the second largest natural satellite in our solar system.
Azeria and Rud'z of the collective will take care of the launch and landing of this flight plan which promises to be immersive!
Event details here:
If you dont know get to know
Discover rave loving collectives from around the globe by setting up a profile @:
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Hard Core | Waterfowl, Duck Decoys & Goose Decoys
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Observations from the Nimbus I meteorological satellite; six papers presented by Goddard Space Flight Center personnel at the western annual meeting of the American Geophysical Union, Seattle, Wash., December 29, 1964.
|Corporate author / creator:||Goddard Space Flight Center.|
|Imprint:||Washington : Scientific and Technical Information Division, National Aeronautics and Space Administration; [for sale by the Clearinghouse for Federal Scientific and Technical Information, Springfield, Va.], 1965.|
|Description:||v, 90 p. illus., charts, maps 27 cm.|
NASA SP 89.
|Subject:||Nimbus (Artificial satellite)|
Nimbus (Artificial satellite)
Meteorology -- Observations.
|URL for this record:||http://pi.lib.uchicago.edu/1001/cat/bib/6279049|
Crerar, Lower Level, Bookstacks
|c.1||Available Loan period: standard loan Scan and Deliver Request for Pickup Need help? - Ask a Librarian|


On Friday, 26 October 2018, the XXVI International Space Olympiad for school students was finished in the science city Korolyov. This year, the Olympiad was dedicated to the 20th anniversary of launch of the Russian module “Zarya”, the first module of the International Space Station, and to the 80th anniversary of the science city Korolyov.
115 school students from Russia and Belarus took part in the Olympiad.
The competition programme of the Olympiad consisted of several stages: defense of creative projects in various fields of cosmonautics, Olympiads of mathematics, physics, IT and literature, as well as team work at cases, projects that require solving practical tasks on space topics. The topics for cases were prepared by specialists of the Korolev Rocket and Space Corporation “Energia”.
Two ten-grade school students of the Dubna Lyceum #6 Nikita Zhabitsky and Matvey Zotov, who attend the “Experimental physics” project course headed by Irina G. Osipenkova (UC JINR), participated in the Olympiad. They won the 5th and the 6th places in the overall standing. Nikita won the mathematical Olympiad and became a laureate of the creative stage and the physical and IT Olympiads. Matvey won the physical Olympiad and became a laureate of the mathematical and IT Olympiads. We cordially congratulate them!
The social programme of the XXVI International Space Olympiad for school students was also rich. Participants visited the RKA Mission Control Center, the VDNKh pavilion “Aviation and Cosmonautics”, and the ZAO EMP RSC Energia Center of Technologies’ Development and Personnel Training where a scientific-practical conference was held. Participants of the Olympiad also visited the museum of “Energia”, had a direct communication with the ISS, met with astronauts-specialists of “Energia” Alexander Kaleri, Yuri Usachev, Alexander Alexandrov.
More details are available on the RSC “Energia” website.


You Could Soon Be Able To Visit Space
Orbital Assembly Corporation has envisioned a "business park in space," for both companies and tourists, and they say they're planning to get a pair of space stations up in the air soon. Very soon, in fact.
The company claims its systems will enable "society to work, play, and thrive in the space ecosystem."
Its Pioneer Station, which can accommodate up to 56 people, and will be able to simulate gravity -- at least the level of gravity on Mars. CNN Travel reports it will be ready to go by 2025.
Its Voyager space station will be much bigger than Pioneer. Its wheel-like structure, reminiscent of the Space Station V seen in 2001: A Space Odyssey, will have a spinning "gravity ring" that allows for full artificial gravity inside the structure.
The ring structure itself will be up by 2023, the company promises.
Voyager will be ready to accommodate people by 2027, with the tagline: "We provide gravity. Luxury, artificial gravity, and size. There is no equal."


The American Museum of Natural History, New York, (www.amnh.org) has honored Schonstedt Instrument Company by including a GA-92XT magnetic locator in “Beyond Planet Earth – The Future of Space Exploration”. The special Exhibition, which runs from November 2011 to August 2012, “transports visitors to the Moon, Mars, and beyond as it boldly explores humanity’s next steps in space.”
In this scene, an astronaut studies the Martian geology, using tools that can detect minerals beneath the surface. Tools like the Schonstedt let scientists see through solid rock and identify underground minerals.
The Exhibition will travel next to Israel and then, who knows, maybe To Infinity and Beyond!


The photographs of the whole Earth taken during the first manned flight to the moon had a stunning impact on our perception of the Earth. Those images gave us us a new perspective of our planet and its place in space. Humans had seen the moon, sun, and stars as mysterious presences from the dawn of our consciousness. Our imaginations had endowed these celestial objects with the powers of gods and mythologies were grounded by these existential archetypes. Being able to look back at our own planet had a similar effect, as theories like the Gaia principle sprung from people's awe of this new vision. Wall posters had been published in the late 1960's and I got one in 1969 that still has an enduring fascination for me.


You've seen it in movies. You've heard about it somewhere. You probably believe it yourself. You've even probably seen live video of astronauts in space floating around! It's pretty much settled, there must be no gravity in outer space!
To start with, there is gravity in outer space. In fact, there is gravity all over the universe. Isaac Newton, and Albert Einstein later on, have clearly established this fact as truth. For this analysis, we are going to focus on Newton's work.
The Long Version of the Truth
Newton was the first to describe gravitation in detail, and came up with a beautifully short equation to describe how it works.
is the gravitational force, and are the masses of the two objects being considered, and is the distance between the centers of mass of the two objects.
This equation can mean many things, so let's focus on the misconception. If there are no gravitational forces in space, then the left side of the equation must be zero.
This implies that at least one of the terms in the right side of the equation must be zero. Let's check out which one can become zero.
First of all, let's say that mass of the Earth is . This mass can never be zero, since mass cannot be destroyed (or created). This goes the same for the smaller masses orbiting the Earth, namely the astronaut with mass .
The term is a constant, with a value of . Since it is a constant, it cannot be zero as well.
This leaves us the term . In most cases, this is the radius of the Earth, since we stay on its surface. An astronaut normally stays between 100 and 200 km above the Earth's surface. This increases , which means that becomes smaller. However, the mathematically inclined among us will realize that this value will also never reach zero, no matter how far you get.
Putting everything together, the gravitational forces due to the Earth do not completely disappear. Hence the Earth always has a gravitational effect everywhere in the universe, no matter how small! This applies to other masses as well.
So how strong is this gravitational pull from the Earth on the orbiting astronaut? The mass of the Earth is , and its mean radius is . Using the gravitational force equation and assuming that the mass of an astronaut with equipment is 150 kg:
The same astronaut with equipment will experience a gravitational force of on the Earth's surface. Upon comparison, the force in space may not be strong as on the surface, but it's definitely comparable! So why does it seem like there is no gravity up there? To answer this, we'll do a thought experiment similar to what Einstein himself used to come up with the general theory of relativity.
Imagine that you are floating around in a large truck container with no windows or openings to the outside, and you do not know where in the universe you are. Just by what you can see inside the container, can you determine whether you are floating in zero gravity or falling to the ground?
(Einstein used the opposite effect, that is, if you were in the container and are standing up in it, can you determine whether you are on the Earth's surface or accelerating upward?)
Most people would say, "I wouldn't be able to know". Just like these people.
The people in the airplane experience what seems to be zero gravity, but they are actually falling due to gravity. It's just that the airplane (the "container") is falling with them. This removes any contact with the floor, and with it the removal of any contact forces that will counteract your weight. The contact forces are what make you feel your weight. Without any contact forces, you feel weightless.
A smaller effect happens when you are in an elevator. When it starts to go down, you feel lighter, since the floor does not support you as much as before moving. When you slow down and stop, you feel heavier because the contact forces on you are larger.
It's a similar thing that happens with astronauts, but with one key difference: They are orbiting the earth instead of falling to the ground.
Orbiting may seem very different from falling, but it's actually the same thing, with an additional motion perpendicular to falling (i.e. moving forward and falling downward at the same time). Imagine that the Earth suddenly disappears. The astronauts (and everything else) orbiting the Earth will stop moving in circular (or more accurately, elliptical) orbits and move in a straight line. The combination of falling towards the Earth due to gravity and the perpendicular motion makes the astronauts move in an approximately circular orbit around the Earth.
In either case, the overall effect is the same. The lack of contact with the floor makes you (any anything, really) feel like you are weightless.
Putting Everything Together
Being in space means that there is gravity acting everywhere, just like on Earth. The sensation of weightlessness you would experience is actually not because of the lack of gravity, but because the sensation caused by moving with your container makes you think that are floating around. The fact is that you are falling, but can't sense it because of the lack of contact forces with the floor.
Anything still not clear? Leave a comment below!


Whipping Flat Earthers Back to Their Caves
by C.W. Seper, January 23, 2017
Sick of seeing all these goofy Flat Earth videos and blogs? Here's a little ammunition in the fight against the unbridled stupidity currently sweeping the idiotnet.
1) As you travel in any direction on the planet, the stars behind you start to disappear while new ones come into view in front of you. For instance, you can't see a single star in the Southern Cross constellation from Chicago. Nor can you see Polaris or more than a couple of stars from the Little Dipper or Draco from Buenos Aires. The obvious reason is that the Earth itself (being round) is in the way.
2) If the Earth was flat, you would be able to see cities in Europe or China from the USA with a good telescope on a mountaintop. In fact, the Earth's horizon makes it impossible to see more than 50 to 100 miles away. Not only will you not see the Eiffel Tower from Indianapolis, you won’t even see the mountaintops of West Virginia.
3) Flat Earthers claim there is no video of the entire Earth rotating from space. It would in fact be very difficult to film or videotape the entire 24 hour period of rotation since no single recording medium could contain that much footage (not that any right minded person would sit and watch the Earth revolve for 24 hours even if you did manage to film it), but what we can do is take time lapse photos, and it's done all the time. You see live time lapse views from weather satellites on the news every day. There is even at least one satellite that sends a live time lapse feed 24 hours per day from the International Space Station that you can watch online: http://www.n2yo.com/space-station
4) Flat Earthers claim that the real distances to the stars and planets are simply made up and that we're being lied to (apparently by every single astronomer in the world). In fact, we know the distances to stars by using the parallax method of calculation. It is not a theory. It is a calculation. One that any grade school kid can do. The distance to the moon is even easier to calculate by simply bouncing radio signals off it. They travel exactly at the speed of light, 186,200 miles per second. It takes 2.56 seconds for a radio wave to hit the moon and come back. Dividing that in half: 1.28 times 186,200 = 238,336 miles. (Truth be told, it’s not exactly 1.28 seconds. The total distance is closer to 239,000 miles.)
5) They claim you can't circumnavigate the globe by going south because the world stops at Antarctica. Actually, ships, subs, and plains circumnavigate the globe going north to south or vise-versa all the time. There's a no fly zone over Antarctica (simply because a rescue mission would be nearly impossible in most situations if you crashed), so they skirt just around the continent. Whalers have records of traveling past Antarctica from South America (for instance) and back up past New Zealand and China through the Artic Sea and back down past Greenland to the Atlantic going back centuries. Further, you can fly a tour around Antarctica any summer on Antarctica Airlines out of Australia. Sorry kids. No end of the world wall. Atomic subs don't even bother going around the northern Artic region. They go right under it while circumnavigating the globe. Have none of these flat Earthers ever sailed the seven seas in the Navy?
6) Virgin Galactic will be taking customers into space probably by the end of next year. They already have 700 people signed up to go. If you have enough money, you can take your own video of the spinning globe from space before long.
7) 207 people from 11 countries have not only been to outer space but have performed space walks. Is it rational to think that all the astronauts from all these countries have lied to everyone on Earth since the late 60’s? If so, perhaps flat Earthers should ask Belgium, Denmark, France, Spain, Italy, Germany, the Netherlands, Norway, Switzerland, Sweden, and Brazil why they bothered putting billions of dollars into the International Space Station if none of them have really even been to space to begin with.
8) Flat Earthers claim that the Earth doesn’t really spin. in fact, both wind and ocean currents move clockwise in the northern hemisphere and anticlockwise in the Southern precisely because of the Earth’s constant rotation.
(Feel free to copy this and pass it on.)


MOSCOW (Sputnik) – The next Meteor-M model Russian meteorological satellite will be launched from the Vostochny spaceport on 30 November, Sputnik learned on Monday from the printed materials of an international space forum taking place at the Lomonosov Moscow State University (MSU).
The chief of Russia’s state space corporation Roscosmos, Dmitry Rogozin, said last November that the Meteor-M satellite, numbered “2-3,” was planned for launch in the third quarter of 2021.
According to the forum paper, the Meteor-M 2-3 satellite will be launched on November 30 alongside two MSU-developed smaller-size devices Monitor-1 and Monitor-2 that will measure ionizing radiation fluxes and observe gamma-ray bursts.
Russia has three Meteor-M satellites in orbit, numbered 1; 2; and 2-2. The Meteor-M 2-1 satellite collapsed in 2017 as a result of a failed launch from Vostochny.
Meteor-M 1, launched in 2009 and set to expire in 2014, now has a dysfunctional target weather toolkit, though its supplementary science kit continues to work. The Meteor-M 2 satellite was launched in 2014 and is functioning beyond its warranty period.


In 1977, NASA launched Voyager 1 into space. With a mission to explore the boundaries of the solar system, Voyager 1 has been in space for 44 years and will continue to do so. At SandStar, we also refer to ourselves as “Voyagers”. Like Voyager 1, we are exploring the boundaries in the $22 trillion “smart retail space”.
Join us on this interstellar journey as we explore big data, dynamic vision, and digital transformation - to reach the retail industry and beyond! For Career Opportunities, email us at: email@example.com


Light travels at a rate of 299,792 km/s and 186,287 miles every second. The time is 499.0 seconds time for light from Sun towards the Earth and back, which is known as one Astronomical Unit.The Sun's light travels at the same speed as light. The photons that are emitted by the sun's surface Sun must travel through the vast space in order to reach our eyes in the event that the Sun suddenly vanished out of the Universe (not the least bit likely to be the case, but don't worry) it could take you about eight minutes until you could realize it was time to wear an extra sweatshirt.
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We are orbiting the Sun at around 150 million kilometers. Light travels at speeds of 300,000 km/second. Divide that by 500 seconds, which is 8 minutes and 20 seconds.
This is an average figure. Remember that the Earth has an elliptical course around the Sun with a range of between 147 million and 150 million kilometers. At the closest point, sunlight lasts 490 minutes to arrive at Earth. At the farthest point, it takes 507 seconds for sunlight to complete the journey.
What is the speed at which the light moves?186,000 miles/sec
Light coming from a moving source is also moving through space at speeds of 300,000 kilometers per second (186,000 miles/sec).
Why is it that it takes 8 minutes for the Sun to last for 8 minutes to reach?The sun's light can take about 8.3 hours to reach Earth after it's emitted from the surface of the sun. The amount of time it takes until the light reaches the planets within the Solar System (not the Milky Way that is the galaxy we live in) differs from three minutes in the case of Mercury as well as around 4.15 minutes for Neptune. when the sunshine is very High then you shower again and again so if you want to build a local or swimming pool so contact Local Pool Builder Watauga.
Does anything run faster than light?Albert Einstein's unique theory of relativity has been known to dictate that there is no physical object that could be more than light speed in a vacuum which is 299,792 km/s. This limit of speed makes it highly unlikely that we will ever send spacecraft to investigate beyond the boundaries of the Milky Way.
But, new research conducted by Erik Lentz at the University of Gottingen suggests a method that goes beyond this. However, this plan will require huge quantities of energy, and might not be able to propel the spacecraft. If you are traveling in the high heat of the sun in your car and If you have an accident, you can contact Car Accident Lawyers Jacksonville. he will help you very well.


As the dark skies of winter start to pull in, the glorious spectacle of the Aurora Borealis draws closer. Indeed, for many, to witness the Northern Lights is a bucket list experience, and rightfully so, but before you start to plan a trip to get a glimpse of the display, we have some vital tips and a list of the best places to see the Northern Lights for you to look over.
What Are The Northern Lights?
The Northern Lights, or the Aurora Borealis, is an incredible light show caused by collisions between electrically charged particles released by the sun colliding with gases in the Earth's atmosphere. These lights can be seen in the northern and southern (southern lights) hemispheres around the magnetic poles.
Best Time to See the Northern Lights
The best time to see the Northern Lights is during a clear night sky on a dark night, away from light pollution. The Northern Lights can be seen between September and April, however, we recommend travelling to the below destinations between December and March to maximise your chances of seeing them.
Best Way to See the Northern Light
There are many ways to enhance your Northern Lights experience, either during and around your time watching them.
An Aurora Borealis Safari provides the perfect opportunity to get away from the light pollution in search of the Northern Lights. Or spend some time near Abisko National Park and witness the Northern Lights from the renowned Aurora Sky Station.
Travel in style on a catamaran from Tromso, known as the ‘Paris of the North’ and settle onto the nets to see the Northern Lights, far away from the light pollution of Tromso. We have a range of unique accommodation options that allow you to stay in a glass roof lodge so you can lay your head down while the Northern Lights dance above you.
Where to go to see the Northern Lights
Whilst you may travel to see the Northern Lights, they are only visible when the sky is dark, this is why other activities and the destination you choose are important to consider when planning a trip. The destinations below will give you fantastic opportunities to either go dog sledging, learn about the Sami way of life, whale watch or even walk with polar bears.
Norway is the perfect winter destination and due to its position right in the Aurora zone it therefore offers some of the most beautiful views of the Northern Lights in the world. In 2016 our founder, Jonny Bealby, started his year with a Northern Lights safari and described his travel experience as ‘one of the most amazing things I have ever done and worth every penny; a real bucket list experience, well and truly ticked off’.
Itineraries in Northern Norway can include a plethora of wonderful activities as well as the Northern Lights Safaris - from husky touring, whale watching and snowmobiling. A tour in this part of the world is truly a once-in-a-lifetime trip and will possibly be your best chance of seeing the Aurora Borealis…
Fly into Alta to do our Northern Explorer tour for an actioned packed diverse Northern Lights Safari.
Sweden is another great place to witness the Northern Lights and often forgotten about in comparison to its Scandi neighbours. Our Brandon Lodge & Sapmi Nature Camp itineraries offers travellers the chance to camp (yes, camp) under the Northern Lights with Lennart Pittja, a global ambassador to the Sami people.
How about extending your trip to explore more of the Swedish Arctic? Our Sweden: Arctic Explorer with The Icehotel does just that! You drive North from the Baltic Sea and head into the stunning forests of Sweden, stopping at an architect's dream - the Treehotel, sleeping in an ice room at the famous Icehotel and finishing under the Lapponian Gate in Bjorkliden, with every evening spent looking up to the sky in search of the illusive Northern Lights.
Our Arctic Travel Consultant Jamie went on the Arctic Explorer trip in March and absolutely loved it. He recommends this time to travel as your days will be longer and your chance to see the Northern Lights still high.
Finland is great location from which to see the Northern Lights, with the added bonus that it’s from the comfort of your bed! Finland is known for its igloo style accommodations with large overhead windows for the cosiest of northern lights viewing. Snuggle under blankets and feel the warming glow of log burners as you wait for northern spirits to perform their magical dance in the sky. The Aurora Domes are located next to the Muonio River, which freezes during the winter to create a gorgeous wild, winter wonderland.
See our Aurora Dome and Wilderness Activities itinerary for inspiration, which also includes a 2-day husky safari through the snow-covered slopes, the chance to cross-country ski and explore the nearby Finnish forests and stay in a secluded wilderness cabin located next to the frozen Muonio River.
View the full trip itinerary of Finland: Aurora Dome and Wilderness Activities.
It is possible to see the Aurora Borealis from September to March, with the best months being December to March when the days are shortest. What makes Canada such a special place to view the phenomenon? You’ll be sharing those views in the heart of polar bear country! On our Canadian Arctic Safari, you can spend the day hiking through the tundra in search of polar bears and then spend the evening watching the northern lights from the comfort of your lodge. Seal River Heritage Lodge is only accessible by propeller plane and is nestled between the Hudson Bay and Seal River estuary, ensuring minimal light pollution.
The lodge also boasts the opportunity for polar bear viewing from the comfort of the living area or bedrooms, as well as the chance to wild camp in the wilderness of the tundra, hopefully with the northern lights teasing you from above.
View the full trip itinerary of Canadian Arctic Safari.
No list of the best countries to see the northern lights would be complete without mentioning this beautiful and unique island nation. Iceland has a long season where the northern lights can be seen, starting in August and spanning all the way until April. As with all destinations for viewing the Aurora Borealis, the longer you have to spend in the area, the higher the chance you have to witness the beautiful phenomenon. Even though Iceland and the other destinations on this list are prime spots to view the northern lights, there's always an aspect of unpredictability of when they’ll pop up and how intensely.
As far as the best places to see the northern lights in Iceland are, you’re spoilt with a variety of fantastic locations. While there are some decent spots in the Reykjavik area to watch them, it's always best to steer clear of any and all light pollution. Some popular spots are Thingvellir, Vik, Eldborgahraun, Látrabjarg, and Djúpavík. If you find yourself in Iceland for the northern lights, it's best to ask locals where has been a good spot that year as well as pay attention to the moon calendar.
Wild Frontiers does not currently offer winter tours to Iceland. Please see our cruise to Svalbard, Greenland and Iceland in the summer.


I wouldn't necessarily watch the video, but I find it interesting that there are all these Rogue Planets moving around the galaxy. It would be very unlikely, but if one were to pass through the orbital plane of our solar system, then it could alter the orbit of one or more planets. There is a remote chance that this has happened before. Sometimes they talk about how planets get ejected from solar systems by massive objects.
Fortunately, the galaxy is very big, thus reducing the chance of having an encounter like this.


3 edition of The magic of galaxies and stars found in the catalog.
The magic of galaxies and stars
L. Д–. Gurevich
|Statement||L.Ė. Gurevich [and] A.D. Chernin.|
|Contributions||Chernin, A. D.|
|LC Classifications||QB981 .G8 1987|
|The Physical Object|
|Pagination|| p. :|
|Number of Pages||200|
The NOOK Book (eBook) of the Galaxies Like Grains of Sand by Brian W. Aldiss at Barnes & Noble. FREE Shipping on $35 or more! Due to COVID, orders may be delayed. Thank you for your patience. Another room seemed to be sheathed in stars; giant moths flew about and settled on the stars. The stars chimed as they were touched.
Safety of computer control systems, 1990 (SAFECOMP 90)
Makers and takers
New light on space and time
The queries offered by T.W. to the Protestants, concerning the English Reformation, reprinted and answered
Singing for the million
Determinants of student intention to engage in laboratory versus non-laboratory science learning behavior
rose cross and the age of reason
Reflections on a teapot
Eshin Ni; the wife of Shinran Shonin.
In this post, we will see the book The Magic of Galaxies and Stars L. Gurevich and A. Chernin. About the book. This book is ideal for those who wish to start learning about the intriguing modem concepts of astrophysics; the birth and evolution of the universe, its large-scale structure, galaxies and their clusters, and stars.
Stars are distributed very sparsely within galaxies. In a model in which stars are represented by pinheads, these would be 50 km apart, and the solar system would be a metre circle centred on a pinhead sun.
A typical galaxy contains 10u stars, has a radius of 3 x light years, and is 3 x light years from its nearest neighbour. MAGIC GALAXIES, Amsterdam, Netherlands. likes 3 talking about this. THE INTERGALACTIC BOOKRECYCLING COMPANY5/5(2).
The magic of galaxies and stars. by L. E Gurevich (Author) See all 2 formats and editions Hide other formats and editions. The magic of galaxies and stars book Price New from Used from Author: L. E Gurevich.
This book, Galaxies, is a book on a grand scale, as is its subject. It is a lavishly illustrated coffee-table book the size of a small coffee table, the pages measure 13 inches by 15 inches, a huge footprint of a book, with most of the photographs and diagrams sized full-page/5(11).
“I promise you that the same stuff galaxies are made of, you are. The same energy that swings planets around stars makes electrons dance in your heart. It is in you, outside you, you are it. It is beautiful. Trust in this. And you your life will be grand.” ― Kamal Ravikant, Live Your Truth. In this post, we will see the book The Magic of Galaxies and Stars L.
Gurevich and A. Chernin About the book This book is ideal for those who wish to start learning about the intriguing modem concepts of Continue reading → Posted in astronomy, books, history, mir books, mir publishers, physics.
Planets, Stars, and Galaxies is the space book that pushes the boundaries of man's ultimate frontier. The engaging, educational text, written in collaboration with National Geographic experts, includes the latest discoveries about our universe; while specially commissioned artwork by the author illuminates page after page/5(24).
This book provides great pictures of galaxies & simple explainations for children. When I taught 3rd grade astronomy, I looked through all the books I could find on galaxies.
I liked the stories and illustrations from My Place in Space by Robin Hirst My Place in Space and Galaxies, Galaxies by Gail Gibbons Galaxies, Galaxies.
; however, this /5(3). Ian's book lays out those mysterious, strangely named titans like neutron stars, quasars, binary stars, etc, that surround us in a simple, comprehensible way. Much more concise, holistic, and well written than the amalgam of information one can find online, this guide has added a lot of realism to the games I play with my sons and is helping me Reviews: WELCOME TO THE WORLD OF MAGIC GALAXIES in Amsterdam.
A world where the known meets the unknown. A world where reality knows no boundaries. A world that exists in the realm of chaos and in the realm of order. Read more. Holmes' dark and fiery illustrations capture the mood of the story about the void before the Big Bang and ensuing life that burst across galaxies.
In the end, we are all the stuff of stars. —St. Paul Pioneer Press In this wondrous meditation on the origins of life, readers see matter expand and time and space blossom /5(31). Recorded Books, Prince Frederick, MD, Heavens Above: Stars, Constellations, and the Sky (from Recorded Books' "Modern Scholar" series) is a set of 14 lectures on audio CD that tells the wonderous tales of the stars, the patterns that they form, the history of their names, of the continuous changes in celestial apects, and at the heart of it, of the beauty and intrigue of the.
"Marion Dane Bauer and Ekua Holmes: The Universe, Children, and The Stuff of Stars," Mackin Community, 3 Aprilreplete with interviews, resources, and photos “The Stuff of Stars Meet-the-Author Interview,”in which I tell how the idea for this book was sparked and I read an excerpt for you "Bookstorm for The Stuff of Stars": the good folks at Bookology.
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As always, downloaded books are yours to keep. Your first book is Free with Trial. They are a mix of technology and magic-like abilities.
With the fate of two galaxies riding in the balance, Richard is honor bound to do his best in spite of the odds. What is the title of the Magic Treehouse book 2.
Magic Treehouse Book 2: The Knight at Dawn DRAFT. 2nd - 5th grade. 1 times. Galaxies and Big Bang Theory. k plays. 15 Qs. Star Lives and Characteristics. k plays. 14 Qs. HR Diagram/ Stars. k plays. 18 Qs. Life Cycle of a Star.
k plays. Quiz not found. BACK TO EDMODO. Galaxies in the Universe: An Introduction Galaxies are the places where gas turns into luminous stars, powered by nuclear stars we see today, and the shapes that they make up, tell us about each galaxy’s tell us about each galaxy’s past life.
This book presents the astrophysics of galaxies since their beginnings in the early. Discover Book Depository's huge selection of Galaxies & Stars Books online.
Free delivery worldwide on over 20 million titles. All Galaxies & Stars. Showing 1 to 30 of 1, results The Magic Furnace. Marcus Chown. 24 Oct Paperback. US$ US$ Save US$ Add to basket. Astronomy. Ian Ridpath. Galaxies are sprawling systems of dust, gas, dark matter, and anywhere from a million to a trillion stars that are held together by gravity.
Nearly all. All the Galaxies is at once a transcendental, endearing story of one boy's journey through life, death, and the many galaxies to find his mother; and at the same time, a powerful social commentary as his father searches for him while facing devastation of a dystopian society and a futuristic, fragmented Glasgow ruled by corrupt city officials/5.
soft magic. is the debut collection of prose and poetry by Malawian writer, Upile Chisala. This book explores the self, joy, blackness, gender, matters of the heart, the experience of Diaspora, spirituality and most of all, how we magic.4/5(). This book covers the cosmogony of stars and galaxies, a new field in astrophysics.
The modern development of cosmogony is related to the astronomic discoveries of the past two decades, starting from the discovery of quasars in and microwave background radiation in Magic is in the aesthetic and the bones. Magic is the villain and the end game. This is a list of books where without magic the world will not be able to run.
It is also a world where there are rebels and fly away dreams and heated wands and healing herbs and intention that can't be tamed. Here is a list where magic is punk. The book Planets, Stars, and Galaxies A Visual Encyclopedia of Our Universe is about a basic introduction to the known universe.
This book contains information about the solar system and how the cycle of our sun is working. It also talks about different types of asteroids and how there is not much known about black holes/5(15).
Treehouse Direct 4, views. Peppa Pig Official Channel 🚀 Peppa Pig's Fun Time At The Space Museum. - Duration: Peppa Pig - Official Channel Recommended for you. THE GARFIELD SHOW. The Magic Goes Away is a fantasy short story written by Larry Niven inand later expanded to a novella of the same name which was published in While these works were not the first in the "Magic Universe" or "Warlock" series, they marked a turning point after the oil crisis and Niven's subsequent transformation of the series into an allegory for a modern-day energy Author: Larry Niven.
Discover 'Star Wars': Galaxy's Edge—a new land at Walt Disney World Resort and the Disneyland Resort, where you can live out your own 'Star Wars' story, fly the Millennium Falcon and explore a remote outpost where adventure awaits. A dark galaxy is a hypothesized galaxy with no, or very few, stars.
They received their name because they have no visible stars, but may be detectable if they contain significant amounts of gas. Astronomers have long theorized the existence of dark galaxies, but there are no confirmed examples to date. Dark galaxies are distinct from intergalactic gas clouds caused by galactic.
[ ] The Magic of Galaxies and Stars Download More Latest Stuff Visit -->> L.E. Gurevich, A.D. Chernin | | ISBN: N/a | English | pages | PDF | 31 MB This book covers the cosmogony of stars and galaxies, a new field in astrophysics.
The modern development of cosmogony is related to the astronomic discoveries of the past. 9, Free images of Magic. Fantasy Wanderer. Gothic Fantasy Dark. The Dark Hedges Armoy. Wolf Wolves Forest.
Nature Forest Trees. brown trees with sun rays. Forest Trees Fog. Soap Bubble Crystals. Fantasy Castle Cloud. Secret. Holmes' dark and fiery illustrations capture the mood of the story about the void before the Big Bang and ensuing life that burst across galaxies. In the end, we are all the stuff of stars.
—St. Paul Pioneer Press In this wondrous meditation on the origins of life, readers see matter expand and time and space blossom Brand: Candlewick Press.
Astronomy Stars, Galaxies and Cosmology. This book explains the following topics: Properties of Light, The Interaction of Light and Matter, Telescopes and Detectors, The Sun, a Nearby Star, Energy Production in Stars, Ordinary Stars, Stellar Distances, Stellar Motion, Multiple Star Systems, Star Clusters, The Hertzsprung-Russell Diagram, Recipe for Stars.
This book is ideal for those who wish to start learning about the intriguing modem concepts of astrophysics; the birth and evolution of the universe, its large-scale structure, galaxies and their clusters, and stars. The book provides just enough text to give a feeling of what it is all about, such as the non* Euclidean geometry of the universe.
Yes there are, especially in galaxy clusters, where interactions between galaxies strip away some of the stars. Those wayward stars, floating in the relatively empty voids between galaxies, create a subtle glow that is visible if you know how to l.
The astronomer royal addresses the cosmic coincidence that six numbers in physics are just right for the emergence of galaxies, stars, chemistry and people. Next month's book club choice is The. A galaxy is a group of many stars, with gas, dust, and dark matter. The name 'galaxy' is taken from the Greek word galaxia meaning milky, a reference to our own galaxy, the Milky Way.
Gravity holds galaxies together against the general expansion of the universe. In effect, the expansion of the universe takes place between groups of galaxies, not inside those groups.
Planets, Stars, and Galaxies is the space book that pushes the boundaries of man's ultimate frontier. The engaging, educational text, written in collaboration with National Geographic experts, includes the latest discoveries about our universe; while specially commissioned artwork by the author illuminates page after page.5/5(3).
5 out of 5 stars; Best book on meditation available This field consists of a subtle sea of fluctuating energies from which all things arise: atoms and galaxies, stars and planets, living beings, and even consciousness. One and the reason I bought the book. To estimate the total number of stars in the observable universe, you can multiply the number of stars in our galaxy by the number of galaxies in the Universe and you will get around 10 ^ 24 stars.
I mean one 1 followed by twenty-four zeros. Of course, there might be far more stars than this calculation shows. Spiral galaxies form a class of galaxy originally described by Edwin Hubble in his work The Realm of the Nebulae and, as such, form part of the Hubble spiral galaxies consist of a flat, rotating disk containing stars, gas and dust, and a central concentration of stars known as the are often surrounded by a much fainter halo of stars, many of which.
Join me as we learn about all the planets in our solar system with Ms. Frizzle and her class!The Milky Way is a large barred spiral galaxy comprising an estimated billion stars (some estimates range as high as billion) arrayed in the form of a disk, with a central elliptical bulge (s light-years in diameter) of closely packed stars lying in the direction of Sagittarius.
It is surrounded by a flat disk marked by six.


I haven’t done much visual since getting my gear, but one of the few things you can do in a light polluted city, is find some double stars. One of the most prominent ones is the Albireo system – a double star designated Beta Cygni. Taken with a Celestron 6″ Newtonian, it shows a beautiful bright yellow star with a fainter blue companion.
This binary star systems is one of the most popular, because you can split it even with binoculars!
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Prof. P. K. Sahoo, visited Krakow, Poland to give an invited talk on "Kaluza-Klein dark energy model in the form of wet dark fluid in f(R,T) gravity" of the 3rd Conference of the Polish Society on Relativity” at Faculty of Physics, Astronomy and Applied Computer Science, Jagiellonian University, Krakow, Poland during Sep 25-29, 2016.
Prof. B. Mishra delivered a talk entitled “Anisotropic Bianchi Type VIh Cosmological Models in modified gravity”, International Conference on Cosmology on Small Scales 2016, held at Institute of Mathematics of the Czech Academy of Sciences, Prague during 21st – 24th September, 2016.
Prof. B. Mishra delivered a talk on “Two Fluid anisotropic dark energy cosmological model in Bianchi type V space-time” in the cosmology session of “51st Rencontres de Morindo” held at La Thuile, Aosta Valley, Italy, during March 19 -26, 2016.
Prof. P. K. Sahoo, Visited Yukawa Institute for Theoretical Physics, Kyoto University, Kyoto, Japan to give a talk at the Yukawa International School on "Strings and Fields" on "Bianchi type string cosmological models in f(R,T) gravity" during Feb 29 - March 04, 2016 with full funding support from Kyoto University.
Prof. B. Mishra delivered a talk entitled “Einstein-Rosen Cosmological Model in Modified Theory of Gravity", 2nd International Conference on Mathematical Sciences and Statistics (ICMSS-2016), held at Universiti Putra Malaysia, Kuala Lumpur during Jan 26-28., 2016.
Dr. P. K. Sahoo visited Leuven, Belgium to deliver an invited talk on "The string Theory Universe" in the 21st European Workshop at Department of Physics and Astronomy, Katholieke Universiteit, Leuven, Belgium from Sep 7-11, 2015.
Dr. N. Kishore Kumar visited Max-planck Institute for Mathematics in the Science, Leipzig, Germany during May 18, 2015 to July 03, 2015 for research in collaboration on “tensor and decomposition”. The visit was sponsored by RIG, BITS-Pilani, Hyderabad Campus.
Dr. Sumit Kumar Vishwakarma visited Harbin engineering university, Harbin, china during May 25-July 11, 2015 for research in collaboration on “Seismic wave propagation”, The visit was sponsored by HEU, China.
Dr. Manish Kumar visited University of Central Florida, Orlando, USA during July 12-16, 2015 for research in collaboration on “Image Processing and Image Encryption”. The visit was sponsored by BITS Pilani, Hyderabad Campus.
Dr. J. Jagan Mohan attended International conference on Difference equations and applications (ICDEA 2015), Bialystok, Poland and presented the research paper entitled “Solution of Fractional Nabla Difference Equation-Existence & Uniqueness” during July 19-25, 2015, sponsored by SERB-DST.
Dr. B. Mishra attended 8th International Conference on Industrial and Applied Mathematics (ICIAM 2015), Beijing, China and presented the research paper entitled “Pressure anisotropy and dark energy cosmological model in scale invariant theory” during August 10-14, 2015, sponsored by SERB-DST and ICIAM-2015.


Abstract: A few basic considerations on Dark Matter, Dark Energy, Gravitation, and how science proceeds. For once, nearly no statement here is in any way controversial… (OK, except a few snide remarks on the motivations of some revered physicists, and some tenets of physics requiring experimental proof, rather than blind acceptance…)
Deep mine experiments look for WIMPs (Weakly Interacting Massive Particles). In Europe and the USA, the world’s two largest elementary particle accelerators have targeted their beams towards detectors in said mines, through hundreds of Kilometers of Earth’s mantle. Claims have been made for tentative events. It’s all very tentative, although tantalizing.
The idea for the WIMP search is a bit the same as with neutrino detection: bury deep underground, so that only WIMPs should be left.
Neutrinos are traditionally supposed to have mass zero (neutrino means the small neutral one, an Italian neologism invented by Enrico Fermi, Nobel prize winner, refugee from Mussolini, and scientific head of the nuclear bomb project in the USA; the concept was from Wolfgang Pauli, to explain the continuous spectrum of beta decay). But it turns out that neutrinos have mass, and they oscillate between types. A whole slew of experiments will try to know more soon. So neutrinos are a type of WIMPs, except that they are very light.
It has been known since 1933 (by the Swiss astronomer Zwicky, a supernova specialist, discoverer of the concept of neutron star) that galaxies and clusters of galaxies are missing mass by a factor of at least ten, if one uses straight Newtonian gravity on the observed motions of galaxies or their disks.
Now Newtonian gravity is the first order of the modern ("Einstein’s") theory of gravitation. Both theories differ only at very high speeds or fields. Hence the observed discrepancy would mean that our theory of gravitation is false. A class of modification of Newtonian theory was proposed (MOND = MOdified Newton Dynamics, where the gravitational attraction is the same for high acceleration, proportional to the inverse of the square of the distance, but slips into simply the inverse of the distance for weak accelerations).
But the way science proceeds is to milk a theory to death, until it dies. The Newton-Einstein theory of gravitation is correct in the Earth’s neighborhood, as far as we can see. So the reflex of experimentalists was to look for missing mass under the form of WIMPs. The search was on well before it became obvious neutrino had mass. Now that later fact is a game changer, since supernovas emit copious quantities of neutrinos. Indeed there is less of a missing mass now (maybe only a factor of five instead of ten…)
The apparent Dark Matter is concentrated in strange ways: halos, lobes…
Apparent Dark Matter Ring. Located in the "Fish" galactic cluster, 5 billion light-years away, and 2,6 million light-years across. Gravitational lensing can be seen (by looking carefully) and exhibits the enormous mass of the Dark Matter halo.
Please remark that in today’s physics, photons have mass zero. All other particles have some mass. The mass zero of the photon has been turned into religion by Relativity theory, but, ultimately, it ought to be considered an experimental fact, to be continually verified. If photons did have a mass, that would be much more of a game changer. It would most probably imply that gravitons have mass too, so gravity would have to be recomputed…
However, for reasons of logical completeness, Pauli (again!) noticed that Quantum Field Theory would work well if and only if each particle had a symmetric partner across the fermion-boson line. This is called SUSY ("SUperSYmmetry"). That would give plenty of WIMPs. So the search is on. 2010 will bring on line plenty of experiments worldwide, and the LHC in Geneva will ramp up in power.
As the preceding indicates, Dark Matter could be something radically new (new WIMPs), or simply explained: say by massive neutrinos (?).
Or then may be gravity was not as we extrapolated it to be, from around our little blue and white spaceship.
But the real mystery is DARK ENERGY. That, if confirmed, is way out of imagined physics (although it could be claimed that the ad hoc "cosmological inflation" used to explain the homogeneity of the Big Bang was just such a possible prediction!). The universe is expanding, as if there was out there a mysterious anti-gravity. There is no mechanism to explain this (although it can be written down in Einstein’s gravitation equation by re-introducing a scalar term, the cosmological constant, Einstein had introduced to make the universe static, before Hubble discovered the expansion, leading an opportunistic Einstein to declare the cosmological constant was "his greatest mistake").
In conclusion, we are extremely far from a final "theory of everything", contrarily to what some physicists have claimed with profit motivated outrageous naivety (there is great profit in books and fame). Profit is most often a bad adviser to the sharpest thinking (something profit obsessed American regressive economists fail to integrate).
Verily, in 25 centuries or so of official physics history, I do not know of one period when so much has been officially not known, and blatantly darkly mysterious. Anything could happen. For example, there is not one force theory, but two, and they do not agree conceptually. The explanatory scheme in gravitation (no force, just inertia), is completely different from the explanatory scheme for forces in Quantum Field Theory (whatever that mystery wrapped in an enigma, shrouded by immense Lagrangians, renormalized by reality turns out to want to say).


The Lowell Observatory in Flagstaff, Ariz., operates half a dozen telescopes in the U.S. and has shares of one in Australia and one in Chile. Until recently, the newest of its stargazers had been built in the 1960s. For one of the major astronomical research facilities in the nation, the desire for a modern telescope was great. Paying for it, however, was another matter. In 2003, a partnership with Discovery Communications, Silver Spring, Md., which owns The Discovery Channel, revealed a down-to-earth solution to what seemed like an astronomical challenge.
The $44 million Discovery Channel Telescope (DCT), under construction in Happy Jack, Ariz., sits 45 miles southeast of Flagstaff at an altitude 7,760 feet. The collaboration gave The Discovery Channel rights to film the project’s construction, liberty to call on Lowell Observatory astronomical experts whenever needed and ownership rights to any discoveries made with the DCT. Lowell astronomers gain an advanced, high-quality telescope to further their research of the outer solar system.
“The Lowell Observatory is about both astrophysics research and public outreach education, so the objectives of each partner dovetailed nicely,” notes Byron Smith, Lowell’s DCT project manager.
The DCT’s telescope weighs an estimated 300,000 pounds. Its primary mirror alone comes in at a hefty 6,800 pounds. The mirror is 4 inches thick and required nearly three years of meticulous grinding and polishing to perfect. At 4.2 meters in diameter, the primary mirror is more than double the size of the biggest telescope in Lowell’s fleet and offers five times as much light gathering capability.
Research at the DCT includes the evolution of the solar system, the formation and evolution of stellar and planetary systems, and further examination of icy bodies in the Kuiper Belt near Pluto’s orbit and beyond. The DCT mirror’s increased capacity for collecting light will accelerate this research by making fainter celestial objects at the far edge of the solar system more visible.
According to Smith, the main blurring of the telescope’s image comes from heat shimmering in the atmosphere, but some interference can derive from the telescope radiating heat. The goal for improved seeing is to keep everything thermally uniform. The nighttime temperature in Happy Jack is below freezing, and Lowell will take advantage of the climatic conditions by closing the 73-foot-tall dome that houses the telescope during the day and using natural ventilation to cool it at sunset.
“It will be like an icebox inside,” explains Smith. “Because the telescope, dome and building weigh nearly three-quarters of a million pounds, it takes a long time to heat up the building once it’s cold. But we need to insulate it from the Arizona sun, and that’s where the metal panels came in.”
Attaching directly to the steel structure, foam-insulated metal panels serve as the DCT dome’s roof and wall siding. The galvanized-zinc coated steel panels protect the sensitive equipment inside from the elements and thermal gain. Each panel consists of an interior 26-gauge sheet and an exterior 24-gauge surface sandwiched around 3 inches of foam. The insulation is foamed-in-place to increase thermal efficiency. In addition, an aluminum foil tape was applied to the face of the panels prior to installation. The reflective tape has low emissivity, which greatly reduces radiation to the sky, and the material stays close to the ambient temperature at night.
On the wall panels, the foam core is chemically bonded to the facings in an effort to help the insulating value of R-25 endure over time. The side joinery offers foam-to-foam contact with a double-sealed tongue-and-groove joint for a full thermal seal. The 42-inch-wide wall panels have a two-piece, thermally broken concealed clip design to reduce heat loss through the side joint and minimize the possibility of condensation.
The mechanically seamed foam roof panels provide tongue-and-groove joints as well and slide together for increased weather resistance. The 25- to 28-foot-long to continuous panels reduce unnecessary flashings and areas of possible water infiltration. Chandler, Ariz.-based installer Kovach Inc. conducted the panel installation. Project manager Luke Brandt says that the long panel lengths coupled with the small site proved challenging.
“Although it’s in a remote location, the dome is a small site perched on a hill. The average clearance to the protective fence was only 15 feet, which made it tricky to maneuver the long panels into place,” explains Brandt.
Two-piece mechanical shutter doors that span the roof and the dome walls open sideways to reveal the telescope to the sky. A steel ring beam on 16 roller assemblies helps the dome rotate to pinpoint the area of observation, and the shutters are computer-controlled and track-guided to follow the telescope’s movements.
The 7,800-square-foot dome has seven 10- by 16-foot roll-up ventilation doors in the walls that can be opened at night to let the southwest winds blow through and cool the space. The openings invite dust and precipitation to accumulate, so the team provided extensive detailing in the form of butyl tape sealant and neoprene sweeps. The shutter doors that cloak and unveil the telescope received triple redundant seals.
Lowell’s oldest telescope is 114 years old, and Brandt points out an added benefit of the metal panels. “With the projected lifespan of a structure like this one, longevity is very important. With its cold temperatures and high winds on the hill, the metal foam wall system makes sense because they will hold up over time better than any other system.”
KJ Fields writes about architecture and sustainability from Portland, Ore.


Definition of Insolation
The amount of solar radiation received by the earth’s surface is called insolation. Only two billionths of solar radiation are received by the earth and the rest of which goes to the outer surface. 30 percent of energy is reflected back by the atmosphere to outer space and 70% travels through the earth’s atmosphere. Out of this 70 percent radiation, some fraction reaches to earth surface and the rest is absorbed by the atmosphere. Some fraction of the radiation falls on earth surface reflected back to the atmosphere and the rest is absorbed by earth surface and various matters on the earth. The wavelength of radiation reflected by the earth’s surface is greater than direct radiation from the sun.
The amount of insolation is measured in two units, one is kilowatt Hours per square meter that represents the amount of solar energy received by one-meter square area per day. The other unit is kilowatt per square meter, which tells how much power hits in one square meter area per year.
Factors influencing Insolation
The amount of solar radiation that hits on the earth surface, i.e, insolation is influenced by some factors, they are:
1. Angle of solar radiation fall
2. Duration of sunshine
3. Transparency of atmosphere
1. The angle of solar radiation fall
If we consider earth as a perfect circle, then it will be easy to draw a tangent to this circle. The angle created by sunlight with this tangent at any point is called the angle of radiation. The equatorial region gets the maximum insolation as the angle of insolation is 90 degrees, sunlight falls directly from overhead, that’s why it requires a short distance to travel to reach the earth’s surface. As we go to polar regions from equatorial region, the angle of inclination of sunlight increases. So it has to travel more distance through atmosphere, resulting in more absorption of sunlight in the atmosphere.
2. Duration of sunshine
Earth gets more sunlight when the day is long, conversely, earth gets less solar radiation when day time is short. So, the amount of insolation is more in summer than winter. Days are maximum in the equatorial region compared to the polar regions, so insolation is also maximum in equatorial region.
3. Transparency in atmosphere
The atmosphere is the combination of various gas particles, dust and water vapor. These particles absorb sunlight. The more the atmosphere fills with these particles, the less the transparency of atmosphere will be. As absorption of solar radiation is less in a transparent environment, so to get maximum insolation environment must be clear and transparent.
- The elements of weather and Climate
- What are Weather and Climate? Difference between Weather and Climate?


One day I got the idea to name the rest of the planets in the system Mobius inhabits, because there's bound to be other celestial bodies there. All of their names are references to geometry, since the name of Mobius itself was (sorta) derived from the strip.
* Guass is insanely hot, as to be expected from the first planet from the sun. Its core seems to be comprised primarily of iron.
* Darboux purees visitors on glass tornadoes that come and go with little warning. Observation is possible only with titanium-plated satellites, and even then, it's only a 50/50 chance that you'd be able to get all the data you were after.
* Geodesia might be habitable, but there's an aggressive Lesser Titan camped out on it and they're not fond of nosy mortals. On the one occasion they permitted an expedition, Geodesia was noted to be almost completely covered in colossal plant life and intricate rock formations.
* Parabolus seems to be inhabited, in that the people sent the Mobian UN a note requesting not to be bothered. All data is based on the last satellite sent there before then.
* Riemann is home to a massive ocean; what kind of liquid is actually in it has yet to be determined, but it doesn't seem to be water.
* Scalar's "main body" is essentially miles of dirt broken up by long stretches of brittle ground, one step onto which puts you at risk of falling to your death. The outer layers are much less arid.
* Yamabe is 99% posion by volume, and a favoured hang-out spot of Lesser Titans due to its remote and inhospitable nature.
* Bianchi is the planet from which light cannot escape--or maybe it's an illusion cast by a reclusive Dark Titan? Either way, study of the planet is extremely difficult.
* Frenet and Serret are double planets, and the farthest from the Sun. Both planets seem to be covered in thick layers of ice, with the different colourations resulting from the materials trapped in them.


A heads-up to future engineers, mathematics majors, scientific thinkers, intellectual problem-solvers, and students of imagination and innovation. NASA invites you to share your genius.
(Editor’s note: We decided to share this information that was sent to us on November 20th.)
The competition started on September 15, 2020. The East Tennessee Enlightener online site is relatively new (2-years). The good news is, the ETE is a resource to reach center city students – us!
There are less than 3-weeks (of a 3-month window) remaining to participate but is not an impossible task. Jump-in!
|On Sept. 15, 2020, NASA, in partnership with Future Engineers, launched the Artemis Moon Pod Essay Contest. The contest, which is open to all (public, private, and home school) students in grades K-12, asks participants to imagine they are leading a one-week expedition to the Moon’s South Pole. In the essay, students will need to describe to NASA what (and who) they would bring to help make their expedition a success.
The Moon Pod Essay Contest is presented in support of NASA’s Artemis program. The student challenge is part of NASA’s efforts to engage the public in its missions to the Moon and Mars. NASA is returning to the Moon for scientific discovery, economic benefits, and inspiration for a new generation. Working with its partners throughout the Artemis program, the agency will fine-tune precision landing technologies and develop new mobility capabilities that allow robots and crew to travel greater distances and explore new regions of the Moon.
Every student who submits an entry will receive a certificate from NASA and be invited to a special NASA virtual event – with an astronaut!
Selected semifinalists will be invited to represent their state or territory in a series of Artemis Explorer sessions with NASA experts. Moreover, nine finalists will travel with a parent to NASA’s Johnson Space Center in 2021 to learn about lunar exploration, and the national winner in each grade division will win a family trip to see the first Artemis test launch to watch the most powerful rocket in the world launch from Kennedy Space Center in Cape Canaveral, Florida.
Entries for the contest are due no later than 11:59 PM Pacific Standard Time on Dec. 17, 2020. Children and students who live in the same household with NASA employees cannot enter. Read the full description of contest rules at Artemis Moon Pod Essay Contest (“The Challenge”) Rules.


[MD] truth, again
valkyr at att.net
Fri Dec 7 11:19:33 PST 2012
I see it differently. I am in agreement with those who think the best approach to discovering the Ultimate Truth (DQ) is by discovering what is false: not this, not that.
On Dec 6, 2012, at 1:08 AM, MarshaV <valkyr at att.net> wrote:
> "It is the beginning, the genesis, that stands ready to be replaced. The singular and all-important moment of creation at the beginning of the Big Bang --- the beginning of time and existence --- is poised to be swept aside. In other words, it's the bang in the Big Bang that we, in our endless quest to understand the world, are ready to abandon. That single moment of creation with no before has been done in by the very precision of the science that gave the idea a measure of reality."
> (Frank, Adam, 'About Time: Cosmology and Culture at the Twilight of the Big Bang', p. xiv)
> I am in agreement with those who think the best approach to discovering the Ultimate Truth (DQ) is by discovering what is false: not this, not that.
> And another one bites the dust.
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