| Extraterrestrial beings (30) |  |
| Space (4312) | |
| Universe (104) | |
| Extraterrestrial beings (30) | |
| Space (4312) | |
| Universe (104) | |
the underground lab searching for wimps Robin Mckee Observer 18 november 2012at Gran Sasso National Laboratory, nearly a mile beneath an Italian mountain range, scientists are trying to isolate the particles they believe hold the universe together.
Dark matter is believed to permeate the universe in the form of weakly interacting massive particles oe
whether life exists elsewhere in the universe, but rather how far removed the next-nearest living world might be...
a program that still uses the power of millions of ordinary computers in screen-saver mode to help search for signs of intelligent life in the universe.
ranging from cataloguing stars in the distant corners of the universe with Galaxy Zoo to predicting the complex three dimensional structures of protein structures with Foldit.
but its a secret law of the universe. Its quarterology! Over the next decades, hundreds of animals resting metabolisms were measured or estimated, from microbes to whales.
Printed Guitar by Amit Zoran Amit Zoran thinks that guitar players shouldn t be limited by today s current universe of sounds.
the Universe makes man s puny efforts to be king of the hill look pretty pathetic.
That is our constantly recreating, recharging amazing Universe! And 100 years to there? They weren t sure there even was an interstellar cloud,
In his book he presents a new creation story of the universe the Earth life and humanity based on the evidence and skepticism of science.
>When the universe was about 380000 years old it had cooled to about 3000 K cool enough for electrons to attach to nuclei and form atomic matter in highly excited states.
This produced a massive flux of photons near the visible range (typical of excited atoms) that filled the early universe.
As the universe and space itself expanded the wavelength of this light was stretched into the microwave range to become the<a href=http://www. space. com/23285-galaxies-classification-type-explainer-infographic. html target=blank
Since then the study of the CMB with space-based instruments like COBE WMAP and now the Planck Spacecraft continues to be a rich source of information about the early universe and it s deepest structure.</
</p><p></p><p>After about 400 million years of expansion following the Big bang the universe was cool enough for gravity to begin coalescing clouds of hydrogen into stars igniting nuclear fusion for the first time.
</p><p>The birth of the first stars marked a turning point in the life of the universe:
from here on the universe took on the features we see today with<a href=http://www. space. com/23285-galaxies-classification-type-explainer-infographic. html target=-blank>galaxies</a>full of stars surrounded by planetary systems.
</p><p></p><p>Yellow G-class stars like the sun are a dime a dozen throughout the universe
</p><p>Organic molecules have now been seen throughout the universe. They can be found in the spectral signatures of stars
Or could there be some fundamental organizing principle in the universe that drives matter toward complexity?
But according to Albert Einstein's general theory of relativity which explains how gravity operates in the universe real-life time travel isn't just a vague fantasy.</
</p><p>If physicists do succeed in creating black holes with such energies On earth the achievement could prove the existence of extra dimensions in the universe physicists noted.</
This knowledge about red crabs will likely be useful in very few places in the universe.
#The 9 Most Massive Numbers in Existence<p>Big numbers are everywhere from the cells in the human body to the size of the universe.
But on the scale of the atoms in the universe it looks absolutely paltry in comparison said Scott Aaronson a computer scientist at MIT.</
For instance<a href=http://www. space. com/15994-carl-sagan. html>Carl Sagan</a>famously likened the age of the universe to a calendar year with humans only showing up in the last few hours of New Year'
</p><p>As far back as Archimedes philosophers have wondered how many tiny particles could fit in<a href=http://www. space. com/52-the-expanding-universe-from-the-big-bang-to-today. html>the universe</a>.Archimedes
estimated that about 10 to the power of 63 grains of sand could fill the universe.
Current estimates put the total number of atoms in the universe at about 10 to the 80.</
constant</a>to account for the fact that the universe is stationary. Though he later scrapped the constant
when he learned the universe is expanding it turns out the genius may have been on to something:
Scientists believe the cosmological constant which amounts to just 10 raised to the minus 122 power reveals clues to the dark energy that is mysteriously accelerating the universe Aaronson said.</
or sacredness. oethe universe of the ancient Maya was composed of kab or Earth (the visible domain of the Maya people) kan or the sky above (the invisible realm of celestial deities) and xibalba or the watery underworld below (the invisible realm of the underworld deities) Sharer wrote.
of which was Itzamnaaj. oein his various aspects Itzamnaaj was the lord over the most fundamental opposing forces in the universe life
and shape of the earth and of the universe the movements of the sky and of the stars and what the gods intend##he wrote.
><p>The idea that our universe may be just one among many out there has intrigued modern cosmologists for some time.
and recent research suggests these pip-squeaks dubbed techni-quarks are likely lurking in the universe.</
In his book he presents a new creation story of the universe the Earth life and humanity based on the evidence and skepticism of science.
when the universe was about 380000 years old it had cooled to about 3000 Kelvin (4940 degrees Fahrenheit) cool enough for electrons to attach to nuclei and form neutral atomic matter in highly excited states.
After about 400 million years of expansion following the Big bang the universe was cool enough for gravity to begin coalescing clouds of hydrogen into stars igniting nuclear fusion for the first time The birth of the first stars marked a turning point in the life of the universe from that point forward the universe
and the universe itself existed? What I'm hoping to do is use this idea of deep time to connect with these time scales through these living organisms in a way that we can have some personal connection to them to understand them in a living organic way as opposed to through complete abstraction.
</p><p>Astronomers have found the first direct evidence of cosmic inflation the theorized dramatic expansion of the universe that put the bang in the Big bang 13.8 billion years ago new research suggests.</
<a href=http://www. livescience. com/44136-universe-inflation-gravitational-waves-discovery. html target=blank>Major Discovery:'
'Smoking Gun'for Universe's Incredible Big bang Expansion Found</a p><p>There's never been a shortage of doomsday scenarios.
Humans Can Smell More than 1 Trillion Scents</a p><p>The first direct evidence of cosmic inflation a period of rapid expansion that occurred a fraction of a second after the Big bang also supports the idea that our universe is just
</p><p>On Monday (March 17) scientists announced new findings that mark the first-ever direct evidence of primordial gravitational waves ripples in space-time created just after the universe began.
<a href=http://www. livescience. com/44158-multiverse-cosmic-inflation-gravitational-waves. html target=blank>Our Universe May Exist in a Multiverse Cosmic Inflation Discovery Suggests</a p
Some scientists even say Earth's biology suggests the possibility of thinking plants somewhere in the universe.
me just how little we humans knew about the universe around us. I remember those days sketching a star chart showing where to look for comet Hyakutake then throwing it on the ground as
But the Universe's most massive stars are thought to have much smaller proportions of heavy elements,
the new supernova could provide insight into the early Universe. Astronomers think that the Universe was composed almost entirely of hydrogen
and helium shortly after the Big bang. Those elements are thought to have formed giant stars that burned briefly and brightly before exploding,
a force thought to be responsible for the Universe s rapid expansion, snapped its first images on 12 Â September.
25 31 january 2013nasa joins Euclid  NASA is joining a  1-billion (US$1. 3-billion) European space agency mission to explore the dark parts of the Universe.
may also be pointing towards new tests of particle physics that could reveal why matter became more common than antimatter in the early moments of the Universe.
For example, it cannot fully explain why there is more matter than antimatter in the Universe. If matter and antimatter behaved in the same way,
type  Ia supernovae played a key part in the discovery of the Universe s accelerating expansion.
These differences could help to explain why the Universe contains more matter than antimatter. Who s who More than half a million researchers have registered now for a scheme to provide authors of scientific publications with a unique identifier.
The Numi Off-Axis Electron Neutrino Appearance (NOVA) experiment also hopes to shed light on why the Universe has more matter than antimatter.
Inflation evidence A telescope at the South pole has revealed strong evidence that the Universe went through a period of rapid inflation just after the Big bang. To great excitement,
I don't think you understand the universe that we live in. I'm working on a physics degree right now and
more likely than a scifi fantasy universe where creatures who feed on emotions come out of portals in reality
âÂ#Âoethe most incomprehensible thing about the universe is that it is comprehensibleã¢Â#Â-Albert Einsince this is a science blog There is no such thing as'sear the juices in'.
Despite the fact that white dwarfs are fairly common throughout the universe the nearest is 8. 6 light-years away.
and then belched out into the universe over billions of years. Basically everything you eat was once part of a star.
What event changes material in some explainable way where today we are measuring it as part of the 11 billion year old universe we light a spark
The basic law of the universe is EVERYTHING EFFECTS EVERYTHING. Therefore if popsci talked negative of vaccines they would lose big pharma funding.
what's simultaneous somewhere in the universe will not be simultaneous elsewhere in the universe no matter how much you try to argue against that fact with Newtonian i e. everyday logic.
However relativity is far a more accurate model of how objects in our universe behave.
Yeah in the grand scheme of the earth and the universe it doesn't matter
or GRB a type of event that's the brightest we know about in the universe.
Albert Einstein gave up his static theory of the universe when Edward Hubble discoverd that the universe was in fact expanding due to some mysterious energy that can't be seen.
I understand the basics of evolution which has not been backed by empirical studies. Even at its very basic level I see no correlation zero.
The universe is only 14 billion years old. Life as recorded in the fossil records is much past a billion or so.
There is simply no need as change is the nature of the Universe. Actually trying to keep things the same is UNNATURAL and dumb.
Universe has the same name: sila. It says a lot about our holistic understanding of our environment Hammond says.
Our basic understanding of the universe is changing. Science and our traditional knowledge must go hand in hand for us to go on she says.
Although the swashbuckling sci-fi flick is part of Marvel s combined cinematic universe (along with The Avengers) most of its larger-than-life characters aren t superhumans but humanoid aliens.
The universe is filled with human-animal hybrids and ruled by an intergalactic monarchy (news to Earthlings.
If we assume that life evolved similarly in other parts of the universe wherever these creatures came from our tools may work similarly on them he says.
Just like physicists'models tell them that dark matter accounts for much of the universe our models tell us that species too rare to find account for much of the planet's biodiversity.
hydrogenfor astrophysicists the interplay of hydrogen--the most common molecule in the universe--and the vast clouds of dust that fill the voids of interstellar space has been an intractable puzzle of stellar evolution.
Measurement of predicted particle decay with implications for dark matter searcha discovery facilitated by Rice university's contribution to the Large Hadron Collider (LHC) will impact scientists'search for dark matter in the universe.
and other models that could explain dark matter in the universe he said. There's still a whole range of possibilities
In cosmology dark matter is said to account for the majority of mass in the universe however its presence is inferred by indirect effects rather than detected through telescopes.
Cosmologists have mapped only half of one percent of the observable universe and the path ahead in environmental genomics is similarly daunting.
Some of these black holes are growing by drawing in matter from their surroundings creating in the process the most energetic objects in the Universe:
Antimatter is rare in the known universe flitting briefly in and out of existence in cosmic rays solar flares and particle accelerators like CERN's Large Hadron Collider for example.
It produces the matter/antimatter asymmetry in the early universe and it aligns the direction of the spin and the charge axis in these pear-shaped nuclei.
Our expectation is that the data from our nuclear physics experiments can be combined with the results from atomic trapping experiments measuring EDMS to make the most stringent tests of the Standard model the best theory we have for understanding the nature of the building blocks of the universe Butler said.
The whole universe of virology is divided into two types of viruses--viruses that are enveloped and viruses that are enveloped not.
#Green pea galaxies could help astronomers understand early universethe rare Green pea galaxies discovered by the general public in 2007 could help confirm astronomers'understanding of reionization a pivotal stage in the evolution of the early universe
The Green peas are compact highly star-forming galaxies that are very similar to the early galaxies in the universe Jaskot said.
unless it's a much bigger universe than we know. Jon and colleagues'algorithm is actually a practical one.
and it is one of the most important tools that an astronomer has for studying the universe.
#Cosmic grains of dust formed in supernova explosionthere are billions of stars and planets in the universe.
This is extremely important when observing phenomena in the distant universe. Jens Hjorth explains that first they had to wait for the right luminous supernova to explode.
Now think how fortunate we are to have at hand such a universe. Members of the international selection committee in addition to Valdecasas are Dr. Cristina Damborenea Divisiã n Zoologia Invertebrados Museo de La plata Argentina;
#Astronomers complete cosmic dust censusan international team of astronomers has completed a benchmark study of more than 300 galaxies producing the largest census of dust in the local Universe the Herschel Reference Survey.
This affects our ability to accurately estimate how much dust is in the Universe. It is particularly an issue for the most distant galaxies
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