Dark Matter

Space Mirror universe where time runs backwards could help explain dark matter, antimatter and neutrinos

Soon after the Big Bang, the universe was remarkably simple: space was nearly flat, filled mostly with radiation, and accurately described by the standard Friedmann-Robertson-Walker model.

Space New study reveals how dark matter formed shortly after the Big Bang Joseph Shavit

Space Astronomers discover faint dwarf galaxy that seems to exist without dark matter Joseph Shavit

Space A strange glow in the heart of the Milky Way may be dark matter Joseph Shavit

Innovations Physicists use thorium-229 to power the world’s first working nuclear clock Joshua Shavit

Space Dense dark matter clumps link three strange objects across the universe Joseph Shavit

Space Undergraduate students built a cavity detector to search for axion dark matter Joshua Shavit

Space Scientists reveal the hidden forces shaping how gravity works across the Universe Joseph Shavit

Space The coldest ever hunt for dark matter has begun deep underground Shy Cohen

Space Scientists are close to proving that primordial black holes exist Joseph Shavit

Space Astronomers discover a mysterious duality in dark matter Joshua Shavit

Space Gravitational waves may be responsible for dark matter in the universe Joshua Shavit

Space Astrophysicists are close to proving the existence of primordial black holes Joseph Shavit

Space 6,800 feet below ground, in the search for dark matter, something has gone very, very cold Shy Cohen

Space Dark matter and neutrinos are linked and interact with each other Joseph Shavit

Space Dark matter may consist of particles with different masses Joshua Shavit

Space The Milky Way’s core may be dense dark matter, not a black hole Joseph Shavit