Around the turn of the 21st century, a new age of galactic discovery began.

The telescope will be used to take unprecedented images of the deepest part of the universe. The powerful space instrument will devote a full quarter of its first year to peering at exoplanets in the Milky Way.

According to the research results, the Be star is rotating at high speed, so that a part of its mass is emitted to the accretion disk, from which the neutron star can suck up matter.

Alessia Franchini (University of Milano-Bicocca, Italy) and Rebecca Martin (University of Nevada, Las Vegas) are studying a system of Be and neutron stars. increase. According to the research results, the Be star is rotating at high speed, so that a part of its mass is emitted to the accretion disk, from which the neutron star can suck up matter.

The International Committee on Systematics of Prokaryotes recently pulled the rank of phylum into its code of official nomenclature. Experts say the move will help standardize science in the long run but potentially disrupt research now.

When the James Webb Space Telescope gets into place next month about a million miles from Earth, it will allow scientists to see the light of distant galaxies and marvel at the origins of the universe.

A team of researchers has observed an unusual transformation in material under incredibly high pressure.

Not a year goes by that Earth's satellites don't find a solar system's worth of planets, stars, and other heavenly bodies that would be dismissed as ridiculous if a science fiction writer invented them.

The University of Nevada, Las Vegas and the University of Nevada, Reno have again been recognized as two of the top research universities in the nation by the Carnegie Classification of Institutions of Higher Education.

A diamond inclusion has revealed a new mineral, davemaoite, as well as hints about the workings of our planet’s interior.

Scientists have discovered that manganese coupled with sulfide, when under pressure, undergoes a surprising metamorphosis with potential uses in next-generation electronics.

Scientists have discovered that manganese coupled with sulfide, when under pressure, undergoes a surprising metamorphosis with potential uses in next-generation electronics.