Science Observer

Starquakes: Cracks in the Strongest Stars in the Universe

A starquake is one of the most extreme seismic events known in astrophysics. Unlike earthquakes on Earth, starquakes occur on neutron stars, where gravity, density, and magnetic forces reach extraordinary…

deka January 8, 2026

New Discoveries Space Stories Universe

Quasars: The Luminous Monsters at the Hearts of Young Galaxies

Quasars are among the brightest and most energetic objects ever observed in the universe. Although they appear as point-like sources of light, quasars are not stars but the active cores…

deka January 8, 2026

Be Smart New Discoveries Space Stories

The Black Hole Information Paradox: What Happens to Information?

The black hole information paradox is one of the deepest unresolved problems at the intersection of gravity, quantum mechanics, and cosmology. It arises from an apparent contradiction between two foundational…

deka January 8, 2026

New Discoveries Space Stories Universe

What Is an Event Horizon?

The event horizon is one of the most intriguing and misunderstood concepts in modern physics. It is commonly associated with black holes, yet it is not a physical surface or…

deka January 8, 2026

New Discoveries Science Space Stories

Tidal Forces Near a Black Hole: What They Are and Why They Matter

Tidal forces near a black hole are among the most extreme effects predicted by modern physics. They arise not from a mysterious new force, but from the way gravity changes…

deka January 8, 2026

New Discoveries Space Stories Universe

Do We Know What Happens Inside a Black Hole — and Why Not?

Black holes are among the most extreme objects in the universe, yet what happens inside them remains one of the greatest unanswered questions in physics. While modern science can describe…

deka January 8, 2026

Science Space Stories Universe

Gravity and Quantum Gravity: Where Classical Physics Meets Its Limits

Gravity is the most familiar of the fundamental forces, shaping everything from falling objects to the motion of galaxies. At everyday and astronomical scales, it is described with extraordinary accuracy…

deka January 8, 2026

Be Smart Science

What Is Thermodynamics?

Thermodynamics is a fundamental branch of physics that describes how energy, heat, and work interact in physical systems. It does not focus on individual particles, but on collective behavior—how large…

deka January 8, 2026

Be Smart Space Stories Star Wars

Neutron Star Mergers: The Cosmic Factories of Gold and Platinum

For much of the twentieth century, the origin of the heaviest elements in the universe remained an open question. While stars are known to forge elements like carbon and iron,…

deka January 8, 2026

New Discoveries Space Stories Universe

Hawking Radiation: How Black Holes Slowly Evaporate

For a long time, black holes were thought to be perfect cosmic traps—objects from which nothing could ever escape. This view changed in the 1970s when physicist Stephen Hawking showed…

deka January 8, 2026

Starquakes: Cracks in the Strongest Stars in the Universe

Quasars: The Luminous Monsters at the Hearts of Young Galaxies

The Black Hole Information Paradox: What Happens to Information?

What Is an Event Horizon?

Tidal Forces Near a Black Hole: What They Are and Why They Matter

Do We Know What Happens Inside a Black Hole — and Why Not?

Gravity and Quantum Gravity: Where Classical Physics Meets Its Limits

What Is Thermodynamics?

Neutron Star Mergers: The Cosmic Factories of Gold and Platinum

Hawking Radiation: How Black Holes Slowly Evaporate

What Would Happen If a Neutron Star Passed Near the Solar System?

How “Branch in New Chat” in ChatGPT Works

The History of Geometry

Omar Khayyam and Science