A consortium of German researchers aiming to be the first to measure quantum flickering directly say that their potentially groundbreaking experiments are finally ready to take place sometime in 2024.
Neutrinos are electrically neutral particles that interact only through the weak interaction and gravity. If our eyes were sensitive to neutrinos, what would we see?
Scientists have unearthed something remarkable at several ancient Roman archaeological and construction sites, revealing artifacts coated in a naturally formed substance with unique modern technological potential.
A team of researchers says that a “missing” physical law may be required to help account for phenomena in our universe that contribute to the evolution of various systems.
Researchers at the CERN laboratory in Switzerland have shown that gravity directly affects antimatter, once again proving Einstein to have been correct in his predictions.
Dark matter, the mysterious nonluminous material thought to populate close to 85% of the universe’s matter, may interact with gravity in a non-local way, according to newly published research.
Researchers may now be closer to understanding the secret interactions that occur between neutrinos when stars explode, according to new research into the behavior of the mysterious subatomic particles.
Researchers have upended a long-held tenet of modern physics that says useful work cannot be obtained from random thermal fluctuations, with a little help from the novel properties of graphene.
Researchers report that they have detected unusual pulses being generated by a celestial object that could help them unveil new clues about its behavior.
A team of researchers says they have developed a new technique that allows them to cool a small membrane to temperatures nearing absolute zero with nothing more than light from lasers.
Researchers have used a half century of lunar ranging data to test the equivalence principle, one of the core principles of modern physics. Here's what they found.
In October of this year, IVO LTD.'s physics-defying Quantum Drive will launch into low earth orbit, where it will get it first test in the vacuum of space.
“We don’t yet understand exactly how it happens.” A breakthrough with photonic time crystals in the near-visible spectrum could lead to new approaches in optics and the creation of novel disruptive technologies.
The detection of a large, heat-emitting mass buried beneath the far side of the Moon suggests it may have a history more like our planet than scientists once realized.