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It’s big, if true: transmitting electricity with no resistance at room temperature and moderate pressure. But controversy dogs the team making the claim. → Read More
The subatomic particles revealed the dimensions of the void, discovered in 2016, and helped researchers know where to stick a camera inside. → Read More
An experiment with a single electron, trapped for months on end, produced one of the most precise tests yet of the standard model of particle physics. → Read More
A larger array of quantum bits outperformed a smaller one in tests performed by Google researchers, suggesting quantum computers could be scaled up. → Read More
A new study explains why icicles made from pure water have irregular shapes rather than the ripples typical of the salty icicles found in nature. → Read More
A newfound type of amorphous ice with a density close to liquid water could help scientists make sense of water’s quirks. → Read More
If neutrinos behave differently from their antimatter counterparts, it could help explain why our cosmos is full of stuff. → Read More
The technique could be used to manufacture nanodiamonds for use in quantum devices and other applications. → Read More
A thin ring of light around a black hole, which would probe gravity in a new way, has been found, one team claims. Skeptics aren’t convinced. → Read More
A hypothetical fifth force associated with “chameleon” dark energy and that morphs based on its environment didn’t turn up in a sensitive experiment. → Read More
The massive quarks — counterintuitively heavier than the proton itself — might carry about 0.6 percent of a proton’s momentum. → Read More
By measuring how often triplets of particles called W bosons appear, scientists can check physics’ standard model for any cracks. → Read More
A technique used to reveal dark matter could also shed light on a disagreement about the clumpiness of matter in the cosmos. → Read More
Bell tests proved that quantum mechanics really is “spooky.” Now they’ve made quantum communication even more hacker-proof. → Read More
Unlike its earlier incarnation, the XENONnT detector found no evidence of extra blips that scientists had hoped indicated new physics. → Read More
Amped-up neutron stars, pairs of magnetically entangled neutron stars or magnetar quakes could explain a three-second-long train of radio blips. → Read More
A new experiment aims to get a better handle on “Big G,” the poorly measured gravitational constant. → Read More
The LZ experiment’s first measurement raises hopes that scientists are closer than ever to finding the source of much of the universe’s mass. → Read More
Scientists are developing quantum communications networks on Earth. Aliens, if they exist, could be going further. → Read More
The famous particle may point to cracks in the standard model and new physics beyond. → Read More