Ever since general relativity pointed to the existence of black holes, the scientific community has been wary of one peculiar ...

Astronomers gain a greater understanding of black hole singularity. Experimental evidence for a finite core could illuminate ...

The quantum gravity gradiometer will measure the difference in acceleration between these matter waves to locate gravitational anomalies. Using clouds of ultra-cold atoms as test masses is ideal ...

Breakthroughs in science often begin with a simple question and years of tireless exploration. From the way tiny molecules ...

NASA has collaborated with some private players and academic institutions to develop the Quantum Gravity Gradiometer ... of these waves to map variations in the gravitational field.

Scientists announced they have developed an artificial intelligence program capable of designing gravitational wave detectors that ... lead author Mario Krenn, a quantum physicist who leads ...

QGGPf will specifically use rubidium atoms, cooled to just above absolute zero, which behave more like waves ... gravitational anomalies lie. Unlike older gravity gradiometers, QGGPf uses quantum ...

Extreme cosmic events such as colliding black holes or exploding stars can cause ripples in spacetime, known as gravitational waves. Their discovery opened a new window into the universe. Observing ...

To do this, they introduced a novel mathematical object they call the space-time dimension field. This field acts as a kind ...