Why Earth 2.0 may not be such a feasible place for people to live.

It's been three years since NASA's Juno spacecraft arrived at Jupiter. But what has it seen and discovered? We will examine Jupiter's magnetic field, core, bands, aurora, atmosphere, storms and clouds.

The Stern-Gerlach experiment, which took place in 1922, was the most important proof that electrons have spin and that they have a spin quantum number. A stream of silver atoms was sent through an experiment using a magnetic field...

Research has found some human brains can pick up on rotations of geomagnetic-strength fields as evidenced by drops in alpha wave power following stimulus.

Niels Bohr's Atomic Model Limitations
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• Primarily applied to hydrogen, not accounting for complexities of multi-electr
on atoms.
• Oversimplified concept of fixed, circular orbits
for electrons.
• Failed to...

Electromagnetic waves are fundamental to understanding the nature of light and are oscillations of electric and magnetic fields that travel through space, carrying energy from one place to another. The spectrum of light is a...

In 1897, J.J. Thomson conducted an experiment that led to the discovery of the electron and revolutionized atomic theory by demonstrating that atoms are composed of smaller subatomic particles. Before this, atoms were considered...

Cathode Rays: Key Properties

• Straight-Line Travel: Cathode rays travel in straight lines, casting sharp sha
dows.
• Negatively Charged: Composed of negatively charged particles, specifically electrons, deflected by...

Ferromagnetic materials, such as Fe and Ni, exhibit permanent magnetism even when the magnetic field is removed. These materials are formed by the spontaneous alignment of magnetic moments due to unpaired electrons in the same...

Materials can be classified based on their response to external magnetic fields. Diamagnetic materials are weakly repelled by external magnetic fields, while paramagnetic materials are attracted but lose their magnetism in the absence...

Space weather can have a major effect on the technology we rely on. And a large solar flare could cause the most significant weather threat because so much of essential services are powered by a functioning electrical grid and a...

New NASA Cassini data shows that Saturn is not the world we once thought it was...

Everything you could want to know about Venus.

The sounds of Saturn, or rather the radio and plasma waves that Cassini picked up in Saturn's orbit.

The spectacular discoveries NASA's MESSENGER made about Mercury.

Storms are a regular occurrence throughout the solar system, and they can get Big. So what are the largest ones we've ever observed?

Hubble doesn't just look at distant nebula and galaxies, but has also observed celestial bodies and events in our own solar system. So what has it seen?

We need to better understand the Sun. Here's why NASA (Parker Solar Probe) and ESA (Solar Orbiter) have both sent probes to the Sun in the last few years.

NASA's Opportunity had just made the most important discovery of its mission, the rock vein known as Esperance. But what happened next?

Almost everything you could want to know about Jupiter's biggest moon, Ganymede.

This video explores how electrical energy travels from a power plant to your home. It explains the role of electric and magnetic fields in energy transfer and debunks common misconceptions about electron movement. Through the concept of...

How big do you think our solar system is? Up until Pluto? A bit beyond? How big can other solar systems get? Astrum answers!

Almost everything you could want to know about the closest planet to the Sun, Mercury. Real HD photos and videos taken by the MESSENGER probe. We discuss the orbit, climate, geographical features, and general physical characteristics or...

The UAE has joined the space race, skipping the Moon altogether and going straight for Mars. What will the Hope Emirates Mars Mission investigate while in orbit around the red planet?