As if the devastating effects of bombs dropped on European cities during the Second World War weren’t terrible enough, a surprising new study shows that the shockwaves produced by these bombing raids reached the edge of space, temporarily weakening the Earth’s ionosphere.
The tech and science world has had a very interesting week: Researchers have discovered what happens when you give our favorite tentacled, ocean-dwelling friends MDMA, landed rovers on asteroids, confirmed the oldest known animal fossil on the planet, and found something very weird going on with a distant neutron star…
Sitting atop Saturn’s north pole is one of the Solar System’s most striking weather patterns: a rotating, color-changing hexagon slightly wider than Earth. A new study shows there’s another hexagon directly on top of the first one—and that’s weird.
Here at Gizmodo, we’ve just wrapped up Feud Week: A series on personality and business clashes in the tech world, scientific disputes, and whether or not to shoot Bigfoot. (I say let the big guy do his thing, unless it turns out it’s kidnapping people with mind-waves to make more Bigfoots.) Some have said that a Nice…
Gravity might feel strong if you drop a bowling ball on your feet, but is in fact the weakest force. Compare it to electromagnetism: the pull of all the Earth’s gravity can’t stop you from picking up a paperclip with a refrigerator magnet. That weakness makes gravity incredibly difficult to measure.
A fight over the very nature of the universe has turned ugly on social media and in the popular science press, complete with accusations of “cheating” and ad hominem attacks on Twitter. Most of the universe is hiding, and some scientists disagree over where it has gone.
The end of summer is fast approaching, though the fun in the sun is coming to an even swifter conclusion for some of us: Take the tale of Paul Ceglia, the man who allegedly used forged documents naming him as a Facebook co-owner to try and rip off CEO Mark Zuckerberg in court. This week, police reportedly arrested…
If you read enough science news, you’ll know that there’s a long list of experiments attempting to “prove Einstein wrong.” None have yet contradicted his hallmark theory of relativity. But the latest effort to falsify his statements surrounding “spooky action at a distance” has gone truly cosmic.
Neutron stars are having a renaissance, as far as space objects go. These ultra-dense collapsed stars are the source of last year’s most important astrophysical discovery, and they could supply the universe with much of its gold and other heavier elements. But, confusingly, many of their most important properties may…
There’s an exoplanet whose surface is so hot, it rips apart water molecules. It’s almost a star, but not quite; it’s an ultra-hot, Jupiter-like world located around 880 light-years from Earth.
The Parker Solar Probe blasted off from Cape Canaveral Air Force Station in Florida on Sunday, setting itself on course to become both the fastest human craft ever launched (in the neighborhood of 430,000 miles per hour) and the first to probe the outer corona of the sun.
A human-made spacecraft is finally heading to the center of the Solar System. NASA’s first launch window for the Parker Solar Probe begins at 3:33 a.m. ET this Saturday, and if all goes well, the ship will then begin its journey to the Sun.
When some stars get old, they eject gas and dust, forming a cloud of electrically charged material in space called a planetary nebula. These nebulae all tend to have the same layered structure, but a team of scientists recently spotted a kind of planetary nebula that looks to be inside out.
The Rosetta orbiter ended its mission in September 2016, but science fans continue to unearth and reprocess some of its incredible images of comet 67P/Churyumov-Gerasimenko. Check out this one, above.
The Senate Committee on Commerce, Science, and Transportation is holding a series of hearings leading up to another NASA authorization bill, which helps set goals and authorizes funding for the agency (2017-2018's bill is here). On Wednesday, scientists from U.S. universities, the Smithsonian Institution, and NASA…
When you see light, you’re looking at photons spat out by an excited atom. But what if instead of light, an excited atom released a wave of matter?
You can feasibly put anything inside the world’s largest physics experiment, CERN’s Large Hadron Collider in Switzerland, so long as it can be vaporized. You could even stick a sandwich in there. But for the first time, scientists have accelerated an atomic nucleus with electrons still attached.
Albert Einstein’s theory of general relativity is magnificent. For a hundred years, it has consistently predicted all sorts of wacky phenomena scientists have later observed throughout space. One international team is now announcing that a 26-year-long observation campaign has once again confirmed the theory.
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