New images of black hole M87* reveal dramatic changes in its magnetic fields, challenging our understanding of these cosmic giants. Discover the latest findings and what they mean for astrophysics!
Ten years ago, physicists made history by detecting gravitational waves for the first time, confirming Einstein's theory. Discover how this monumental event reshaped our understanding of the universe and what it means for the future of astrophysics.
A groundbreaking study reveals that the universe's first magnetic fields were significantly weaker than previously thought, comparable to the electrical activity in the human brain. Discover the implications of these findings on our understanding of the cosmic web.
Deep imaging of the interstellar object 3I/ATLAS has uncovered a mysterious teardrop-shaped tail and surprising gas compositions that challenge our understanding of comets. As it approaches the Sun, new revelations may soon emerge.
A groundbreaking discovery has allowed scientists to trace the origin of the brightest known fast radio burst, FRB 20250316A, to a specific location in the galaxy NGC 4141, providing new insights into these mysterious cosmic phenomena.
Scientists are launching a groundbreaking dark matter detector over a mile beneath the French Alps, aiming to uncover the elusive particles that make up 85% of the universe. This innovative technology could redefine our understanding of dark matter.
Astronomers have detected the brightest fast radio burst, RBFLOAT, from a nearby galaxy, potentially revealing secrets about cosmic phenomena. This breakthrough could redefine our understanding of these mysterious signals.
Astronomers have identified the origin of the brightest fast radio burst ever detected, promising to shed light on cosmic mysteries and revolutionize our understanding of the universe.
On March 16, 2025, the CHIME telescope detected RBFLOAT, the brightest fast radio burst ever recorded, emitting energy equal to the Sun's output over four days. This unprecedented discovery has astronomers racing to uncover its origins.
A groundbreaking study suggests black holes might convert dead star matter into dark energy, potentially explaining cosmic mysteries and altering our understanding of the universe's expansion.
