A NASA space telescope will detect a staggering wealth of intricate gravitational lenses that could help unlock the mysteries of dark matter.

Gravitational waves, like electromagnetic radiation, come in a range of frequencies with high-frequency gravitational waves, like high-frequency light, having shorter wavelengths and being more ...

Researchers demonstrated that specific electromagnetic wave frequencies can disrupt the SARS-CoV-2 Spike protein structure in virus-like particles, leading to reduced infectivity in cell models.

New research published in Physical Review Letters suggests that superconducting magnets used in dark matter detection ...

All forms of electromagnetic radiation, whether they're called waves or rays, are generated by particles in motion. In a radio signal, for example, negatively charged electrons quickly move back ...

A 50-year-old idea about electromagnetic waves known as the Zel’dovich effect has been tested by physicists in the lab, and proven to be correct. The idea behind the Zel’dovich effect came ...

The electromagnetic spectrum is a rainbow of light waves that surround us — but we only see a small part of it. From radio waves to gamma rays, each type of light has its own properties and uses. By ...

Today, a humongous team of astronomers called the NANOGrav Collaboration announced something remarkable: the first evidence for a background hum of gravitational waves that permeates our universe ...

NANOGrav hears “hum” of gravitational wave background, louder than expected Exotic stars called millisecond pulsars serve as celestial metronomes. Jennifer Ouellette – Jun 28, 2023 8:00 pm | 46 ...

NANOGrav’s 12.5-year dataset, released in 2021, was a compelling hint that the gravitational wave background was out there, but the new data—their 15-year dataset—includes evidence of ...