Recently observed objects could be black holes that grew extremely quickly during an early stage of their lives
Read article: Astronomers propose solution for ‘little red dot’ mystery
Gravity from entropy theory offer hints of why low-entropy regions persist in the universe
Read article: Could quantum information theory explain universe evolution?
Counterintuitive finding could help us better understand how highly energetic galactic activities impact the formation of cosmological structures
Read article: Fast radio bursts reveal that the universe’s ‘missing matter’ is found far from galaxies
Laser-ranging technique proves Einstein right again
Read article: Frame-dragging measurement around the Earth sets new precision record
Thermodynamics can describe the mechanics of black holes that change over time
Read article: Physicists extend Hawking’s black hole laws to dynamical objects
Astronomers discover a huge plume of gas streaming out of a galaxy during rapid star formation
Read article: Powerful cosmic winds may have destroyed galaxies in the early universe
An excerpt from art historian and author Lynn Gamwell’s book Conjuring the Void: the Art of Black Holes
Read article: Lure of the black hole: from science to art
Two new ways to measure the Hubble constant
Read article: Gravitational effects could shed more light on the Hubble tension
Finding challenges the standard model of cosmology
Read article: Interactions between dark matter and neutrinos could resolve a cosmic discrepancy
Observations of the thermal energy in a baby galaxy cluster 12.4 billion light-years away suggest much more energetic early cluster growth than current theories assume
Read article: Hot ancient galaxy cluster challenges current cosmological models
