Researchers have explored the interplay between gravitational effects and quantum interactions in optical atomic clocks ... explore the influences of Einstein's theory of relativity on quantum ...

Light was long considered to be a wave, exhibiting the phenomenon of interference in which ripples like those in water waves ...

Albert Einstein was arguably ... 32 facts you may not have known about Einstein. Einstein discovered that the universe has a "speed limit." His special theory of relativity, which explains the ...

By measuring the tiny shifts of oscillation frequency in these ultra-precise clocks, researchers are able to explore the influences of Einstein's theory of ... in an optical atomic clock.

Keeping a count of these oscillations allows atomic clocks to measure time with extremely high precision. The effects of Einstein’s mass-energy equivalence come into play when performing high ...

World-renowned physicist Albert Einstein. Credit: Public Domain, via Wikimedia Commons To test this theory, researchers examined how black hole collisions might have influenced the cosmic microwave ...

By measuring the tiny shifts of oscillation frequency in these ultra precise clocks, researchers are able to explore the influences of Einstein's theory of relativity on quantum systems ... on quantum ...

Einstein's theory of general relativity predicts gravitational memory, where space-time retains imprints from passing gravitational waves. Researchers are exploring if the cosmic microwave ...