A recent experiment tested the mass-based boundaries between the quantum and classical realms.
Researchers can "clearly see features of this invisible world that are hundreds of millions of light-years across."
Does the W boson break the Standard Model? Depends on how you measure it.
The 2D metamaterial could improve laser technologies and wireless communications.
New research offers an intriguing variation on the famous experiment, which proved light behaves as both a particle…
The hair-raising photo is helping scientists understand how the devices compete to attract strikes.
A room-temperature superconductor would revolutionize electricity, but this week's big announcement has been met…
Two scientists think a double-Big-Bang scenario could explain dark matter and why we haven’t been able to detect it.
The team "shook the ice like crazy" to create a previously unknown form of H2O.
Both bizarre and badass, these experimental planes tested new strategies for flight.
Collisions at CERN suggest the enigmatic antimatter particles can persevere in interstellar space.
Physicists and Department of Energy officials revealed a breakthrough that could one day lead to zero-carbon energy.
Tuesday at 10 a.m. ET: Be there or be squarely behind on fusion technology breakthroughs.
Pesky quantum behaviors are getting us closer to figuring out quantum gravity.
Scientists convened in Versailles to determine new terms for the biggest and smallest measurements.
An analysis has produced the most precise summation to date of the universe’s dark energy and dark matter contents.
An experiment involving a Fibonacci pattern of laser pulses apparently yielded a new state of matter.
Three physicists have won the award for their work in understanding quantum entanglement.
The U.S. also warns some unlucky folks could potentially experience power outages and radio signal issues as a…