Space might seem calm when gazing up at the night sky, but invisible waves ripple continuously through the universe, bending ...

Gravitational waves, those minuscule ripples in spacetime, have revolutionized our understanding of the Universe since their first detection. An artificial intelligence named Urania may now push ...

Distant quasars may hold the key to spotting elusive gravitational waves—and revealing hidden dimensions of the universe.

Researchers have shown that abstract mathematical functions from the frontiers of theoretical physics have a real-world use ...

Astrophysicist Jeremy Darling from the University of Colorado Boulder is on a quest to find a new way of measuring the ...

Jackie explains that a laser inside the tubes is split, bounces off mirrors, and goes straight back to sensors at the center ...

A study published in Nature has established a new benchmark in modeling the universe's most extreme events: the collisions of ...

Te Whare Wānanga o Waitaha | University of Canterbury (UC) second year Ph.D. scholarship student Sebenele (Sebe) Thwala, ...

As gravitational wave detectors become more advanced, tracing their principles and history can engage undergraduate students with modern physics.

An astrophysicist has proposed a new method for detecting slow-moving gravitational waves using light from distant quasars.

International team calculates observable quantities such as scattering angle and emitted energy with unrivalled precision.