Physicists have found that axions, hypothetical particles that could explain dark matter, can form dense clouds around neutron stars. These new discoveries open up opportunities for further research and observations of these invisible particles.
Quasars are supermassive black holes at the hearts of galaxies, and their light and quasar winds affect the growth of stars. Recent discoveries by the James Webb Telescope show that some quasars formed in very isolated parts of the early universe, leading to questions about their rapid growth without available fuel.
NASA's Curiosity rover has uncovered new evidence of how Mars has undergone drastic climate change that has transformed the planet from perhaps habitable to a cold, dry and inaccessible desert.
Detecting the magnetic field of the solar corona using NSF Daniel K. The solar telescope's Inouye represents a key advance in solar physics, enabling more accurate prediction of space weather conditions affecting Earth's technological infrastructure.
Scientists have discovered a new ring-shaped region within Earth's liquid core, located deep below the surface. This discovery opens new insights into Earth's magnetic field and the behavior of seismic waves
Scientists from Tohoku and Utsunomiya universities used supercomputers to simulate accretion disks around black holes, revealing complex turbulence and its role in energy transfer