Deep inside all matter in the universe, electrons are buzzing around and behaving as if they are twirling around on their axes.

Unless an alien civilization is doing experiments like these right now, this experiment is making the coldest fermions in the universe.

Researchers showed that a collection of quantum batteries can lead to an enormous improvement in charging speed.

The accepted view of Mars is red rocks and craters as far as the eye can see. That’s what scientists expected when they landed Perseverance.

Making oxygen in low gravity environments, such as aboard the International Space Station, is challenging and resource intensive.

Researchers have developed a method to enable quantum sensors to detect any arbitrary frequency, with no loss of their ability to measure

Where the geomagnetic field strength is decreasing rapidly, led to speculation that Earth is heading towards a magnetic polarity reversal.

Researchers managed to emulate learning neuromorphic abilities using thin layers of cobalt oxide - new step towards brain-inspired computers

3,200 miles beneath Earth’s surface lies the inner core, a ball-shaped mass of mostly iron that is responsible for Earth’s magnetic field.

Researchers have developed a system to safely deliver electricity over the air, turning entire buildings into wireless charging zones.

The creation of practical, inexpensive, carbon-free power plants that could limit the effects of global climate change.

The first 3D-printed stellar nurseries are highly polished spheres about the size of a baseball, representing star-forming clouds of gas.

Researchers have developed a system to safely deliver electricity over the air, turning entire buildings into wireless charging zones.

The brain is undoubtedly the most complex organ in the human body and medical experts have long been trying to understand its full potential

Tiny iron nanoparticles unlike any found naturally on Earth are nearly everywhere on the moon—and scientists are trying to understand why.

The presence or absence of a shield matters because magnetic shields protect astronomical bodies from harmful solar radiation.

Instead of using synthetic materials, Penn Medicine study shows magnets could be used to arrange cells to grow new tissues