Anna Christina Eilers News Today

MIT astronomers observed the elusive starlight surrounding some of the earliest quasars in the universe. The findings may shed light on how the earliest supermassive black holes became so massive despite having a relatively short amount of cosmic time in which to grow.

In a recent study, researchers have revealed that stars at the fringes of our Milky Way move slower than expected, suggesting a new understanding of dark matter in our galaxy....

Stars around the outskirts of our galaxy may hint at a secret about the Milky Way's dark matter.

A new study done by physicists at the Massachusetts Institute of Technology found that stars at the edge of the Milky Way travel more slowly than those closer to the center.

Stars around the outskirts of our galaxy may hint at a secret about the Milky Ways dark matter.

The detections more than double the number of known tidal disruption events in the nearby universe.

<p style="text-align:start">MIT scientists have identified 18 new tidal disruption events (TDEs) — extreme instances when a nearby star is tidally drawn into a black hole and ripped to shreds. The detections more than double the number of known TDEs in the nearby universe.</p>

MIT study reveals: Star-shredding black holes fill the sky, easily spotted with proper observation.

A new study has found that stars at the edge of the Milky Way travel more slowly than those closer to the centre. Their findings suggest that our galaxy’s gravitational core may be lighter in mass and contain less dark matter than previously thought.

Boston MA (SPX) Jan 29, 2024 - By clocking the speed of stars throughout the Milky Way galaxy, MIT physicists have found that stars further out in the galactic disk are traveling more slowly than expected compared to stars that a