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A 10-Year-Old's Guide to the Tiny Stars With Giant Magnetic Powers Imagine taking something about the size of a city and giving it a magnetic field so powerful that it is among the strongest magnetic fields known anywhere in the universe. Now imagine that this object is the crushed remains of a giant star. It spins. It flashes X-rays. It can suddenly explode with enormous bursts of energy. And its magnetic field can be trillions of times stronger than Earth's magnetic field.

A Simple Guide to the Strangest Places in the Universe Imagine you are looking at the night sky. You see stars shining like tiny lamps. You see planets moving around stars. You may even see the Moon. Everything looks peaceful and beautiful. But the universe is not as quiet and simple as it looks. Hidden among the stars are objects so strange that they can bend space, slow down time, trap light, and perhaps—according to some ideas in physics—even connect two distant places thr

The Cosmic Rebound: Why the Universe Loves a Double Negative We are often told to "be careful what you wish for," usually with the ominous implication that our desires might come true in a way that haunts us. But there is a subtler, more mischievous law of attraction at play in the fabric of reality—one that doesn't just listen to what you want, but focuses intensely on what you vehemently reject . If the universe is a giant mirror, it doesn’t seem to understand the word "no.

Traveling to Mars with a large crew of 100 people presents a bold vision for the future of space exploration. However, the challenges and risks involved in such a mission are immense. This post explores the key dangers and obstacles that come with sending a rocket carrying 100 individuals on a months-long journey to the Red Planet. Interior of a spacecraft designed to support 100 astronauts on a Mars mission Spacecraft Design and Life Support Challenges Designing a rocket to