Scientists demonstrated a contactless way to move and rotate conductive objects that could someday help robots safely handle space junk.

Scientists have used levitation to transform a tiny magnet into a detector that can sense some of nature’s faintest forces.

Most experiments hunt for particles around the size of atoms, but some theories suggest dark matter could be far heavier, so massive that a single particle might rival the weight ...

Researchers built LeMaMa, a room-temperature levitated magnetometer sensitive enough to aid dark matter searches and monitor brain signals.

Inside some fusion energy systems, particles hotter than the core of the sun can become unruly in a few thousandths of a ...

German team created LeMaMa, a room-temperature magnetic sensor detecting femtotesla-level signals, advancing dark matter ...

The device detects vanishingly weak magnetic signals, such as those produced by the human brain, and can operate at room ...

New research suggests peptides can survive Venus's acidic clouds. These molecules maintain stable structures in highly ...

Rice University researchers have used a magnetically levitated particle to search for ultraheavy dark matter, extending the ...

At just 17, Canadian student Moroti Adegboyega has turned an unusual fascination with magnetic ‘black goo’ into a robot ...

But Moroti Adegboyega thought it about changing the trash instead. The 17-year-old Canadian student built an autonomous robot ...

Quantum mechanics and Einstein's general relativity explain how the Universe works at the tiniest and largest scales, ...