
Axiom Math Validates Landmark Prime Number Theorem with AI
The successful verification of the 246 theorem marks a significant advancement in automated mathematical research and future software safety.

The successful verification of the 246 theorem marks a significant advancement in automated mathematical research and future software safety.

A new theoretical framework demonstrates that alternating coupling patterns in superconducting circuits can eliminate phase noise, potentially reducing the overhead for fault-tolerant quantum computing.

The discovery of MoM-BH*-1 provides a new explanation for the rapid growth of supermassive black holes in the early universe.

New infrared observations reveal that aging stars can sustain water and dust production despite the extreme radiation environment near Sagittarius A*.

Laboratory experiments suggest that intense magnetic fields can trap plasma streams, potentially explaining why coronal mass ejections are rarely observed on active stars.

Researchers have discovered a unique celestial entity that combines the characteristics of a massive star with the immense energy output of a black hole.
The massive new 2D atlas provides a critical foundation for upcoming space missions and ongoing dark energy research.

Researchers have developed a miniature, magnetically controlled robot capable of performing complex surgical tasks within soft tissue environments.

New findings suggest that enigmatic compact objects in the early universe are massive, short-lived stars that may have seeded the first supermassive black holes.

Astronomers have detected a massive black hole far from the center of its galaxy, providing new insights into the movement of these objects after galactic collisions.