It’s not a sign that Ceres ever harbored life, but it surely doesn’t hurt its odds.
Hydrogen and anti-hydrogen are unremarkably the same.
The ancients often got it wrong about science — but they weren’t that far off.
Why does the universe still exist? That’s an intriguing question if I’ve ever heard one.
It was floating around where we estimated it would be.
Sometimes, even a black hole can choke on its meal.
It could be the key to understanding dark matter.
The findings could reveal the location of the missing matter of our universe.
Scientists have completed the most precise measurement of the Universe’s rate of expansion to date; but the result just isn’t compatible with speed calculations from remanent Big Bang radiation. Should the former results be confirmed by independent techniques, we might very well have to rewrite the laws of cosmology as we know them.
Researchers at the Washington University School of Medicine in St. Louis, looking into the effects depression has on the brain have found proof linking the disorder with abnormal brain development in preschoolers. Their study, published in the journal JAMA Psychiatry, shows how gray matter is thinner and lower in volume in the cortex, an area of the brain that plays a key role in processing emotions.
All models of particle physics are based on the mundane assumption that matter and anti-matter are indistinguishable, but we can’t be sure. Luckily, an experiment at Brookhaven National Lab seems to confirm this basic caveat of particle physics after it found the attractive forces between antiprotons are the same as those seen in regular matter.
In what’s considered the first find out of a slew to follow, a team of astronomers have identified a star that originated out of the same matter as our own sun. In lack of a better analogy, the two are siblings and probably share many more sisters. Apart from telling us where in the galaxy our solar system first formed
You may not find many interesting things to see when glaring into a chicken’s eye, but after closely studying its retina researchers at Washington University have come across a most fascinating discovery. It seems chicken eyes bear a never before seen state of matter in biology, an arrangement of particles that is both ordered and disordered – neither crystal, nor
What’s the difference between a solid and liquid? You might find this question trivial – naturally, liquids flow and solids… well, they don’t. From a physical point of view, however, things aren’t that simple. Intrigued by some ever so often encountered exceptions in the current accepted theory that describes the differences between the states of matter, scientists have tried to
A $1.6 billion cosmic ray experiment on the International Space Station has come across evidence of antimatter in space, a remarkable finding that was recently presented during a seminar at CERN and which might help probe the mysteries of dark matter – one of the major components that make up the Universe. The find was made using the Alpha Magnetic Spectrometer (AMS), an instrument
A novel technique for cooling antimatter down to the point where it might become almost stationary might provide scientists with a better basis for studying one of the greatest modern mysteries today. Antimatter, as it name implies, is the total opposite of matter and when the two meet they cancel each other out. For instance the opposite of an electron
For physicists, antimatter is probably the most valuable substance ever; the slightest bit of it could provide extremely valuable information that can help clear out some of the most stressing issues in modern physics. However, the thing is these little gifts are pretty hard to wrap. However, the ALPHA project at CERN achieved this remarkable feat and took a huge
Despite several setbacks and technical difficulties, the Large Hadrdon Collider is already starting to live up to it’s nickname, the Big Bang machine. Researchers have pinpointed what may very well be the dense, hot state state of matter that is believed to have filled the Universe during its first nanoseconds. Generally speaking, quarks are bound together in groups of two