Images of the supermassive black holes wouldn’t have been possible if mimetic gravity was the right recipe for gravity.

Images of the supermassive black holes wouldn’t have been possible if mimetic gravity was the right recipe for gravity.
The discovery of colossal structures like the Big Ring is reshaping established theories about the physics of the Universe.
Gravitational waves could be the key to imaging elusive primordial black holes born in the first moments of our Universe.
It’s looking less and less likely that the Hubble tension is a result of observational errors.
Enhanced experimental precision has the potential to either confirm or dispel uncertainties surrounding the Standard Model of Physics.
Using quasars as ticking cosmic clocks, scientists took a journey back in time, discovering time progressed five times slower just after the Big Bang.
A new approach to understanding gravity helps eliminate some discrepancies inherent in general relativity.
Comparing simulated X-ray emissions from galaxy clusters to real observations provides support for the Standard Model of Cosmology.
Finding the Universe’s first black holes with the help of Hawking radiation.
Scientists use quantum entanglement to compare two atomic clocks achieving what might be the ultimate precision possible.