Dark matter might have had a turbulent youth. According to an international team, this invisible substance may have formed at ...

Several years ago, scientists discovered that a single microscopic particle could rock back and forth on its own under a ...

Scientists studying molten metals have uncovered a surprising truth: even in a liquid state, some atoms do not move at all. Credit: SciTechDaily.com Motionless atoms can trap liquid metal in a strange ...

A hydrogel engineered with cell-like particles mimicking skin tissue achieves 99.9% compressibility and ultralow energy loss ...

“As a result, for the past four decades, most researchers have believed that dark matter must be cold when it is born in the ...

In life science research, O-PTIR is providing new insights into protein structure, neurodegeneration studies, lipid ...

Tiny self-propelled nanorobots use body chemistry to navigate directly to tumors and deliver cancer drugs more effectively.

Scientists analyzing data from heavy ion collisions at the Large Hadron Collider (LHC)—the world's most powerful particle ...

The new research suggests an alternative origin. Dark matter could have instead been born extremely hot, opening up ...

A solar radiation storm marks the release of intense, rapidly-moving charged particles toward Earth and can impact space launches, aviation and satellite operations. The last time severe solar ...

Dark matter, the invisible substance that shapes the Universe, may have had a far more dramatic beginning than scientists once believed.

In the education space, quantum computing could usher in an entirely new generation of customized AI tutoring, though it ...