In a study conducted at CERN’s Large Hadron Collider, a symmetry breaking between matter and antimatter was observed.

Sometimes physics struggles to provide clear answers to questions that seem simple. One of these questions is why ice is slippery. Although humans have been slipping on ice for many years, scientists still haven’t agreed on a single theory that fully explains why. A new study offers a potential answer.

A veteran astronaut retires from NASA, a cracked spacecraft landed safely, a major military space-debris removal effort takes shape—and what’s the connection between solar eruptions and avalanches? Space News Roundup

For thousands of years, people believed things move because a force pushes them. Only in the 17th century did Isaac Newton explain the principle of inertia, which underlies our understanding of motion

Private astronauts arrived at the International Space Station, continuing a long-standing Israeli research initiative. A European spacecraft was lost during reentry, a U.S. solar probe completed another close pass by the Sun, and a new telescope began its mission to map the skies. This Week in Space

What is uranium enrichment? How is it done? Why is it so technically complex — and why is it crucial for both nuclear energy and weapons?

Ramon.Space makes headlines with a multi-million-dollar satellite computer deal, another Starship test launch approaches, Venus shows signs of tectonic activity, and new findings suggest the universe’s end may come sooner than expected. This week in space.

Fritz Strassmann, who took part in one of the most important scientific discoveries of the 20th century, risked his life to save a Jewish woman.

The veteran astronaut returns from space, changes and innovations aboard the Chinese space station, and how does one lose a spacecraft? This Week in Space

Molecules identified in a distant planet’s atmosphere form on Earth only through biological activity.

A development led by an Israeli scientist has significantly improved the image quality of ground-based telescopes. “These are the sharpest images we’ll see this decade.”

Boeing faces another test flight, India’s Moon program gains momentum, galaxies are aging faster than scientists once thought.

Miniaturized medical devices, green technology, advanced radar systems, and new methods in artificial intelligence are just some of the technologies developed by Prof. Yonina Eldar of the Weizmann Institute of Science, recipient of the Israel Prize in Engineering Research and one of the world’s leading researchers in signal processing.

The prestigious Israeli prize this year will honor groundbreaking achievements in physics, antiviral research, chemical catalysis, discoveries in plant immunity, and architectural innovation in China.

The risk of an asteroid impact has dropped, a private spacecraft is en route to the Moon, and titanium winds were discovered on an exoplanet. This Week in Space.

Marking a year since the passing of physicist Arno Allan Penzias, who fled Nazi Germany as a child and co-discovered cosmic background radiation, a breakthrough that solidified the “Big Bang”.

A spacecraft sets a new record for a Sun flyby, NASA privatizes space communication, a new study reveals the Moon’s age, educational astronomy, and a unique ring. This Week in Space

The charge percentage displayed on our devices’ batteries is a key indicator of their performance. But how is this figure determined?

This year’s Nobel Prizes underscore the transformative impact of the artificial intelligence revolution currently underway, with notable connections to the achievements recognized in physics and chemistry.

For years, researchers have been puzzled by peculiar findings regarding Uranus’s magnetic field. A new study suggests these findings may have been atypical rather than representative of the planet’s usual characteristics.

Mission to Jupiter’s moon launched after a hurricane delay, a European spacecraft will study asteroid deflection, a new Mars sample return mission being developed and researchers investigate why the Moon cooled the COVID-19 pandemic. This Week in Space

After years of searching, researchers have confirmed the existence of a small planet orbiting Barnard’s Star, one of our closest stellar neighbors.

How can a bomb penetrate a layer of concrete or burrow deep into the ground before detonating? It involves a combination of advanced physics, some chemistry, and quite a bit of technology.

A successful conclusion to the pioneering private mission, promising radiation data from Artemis 1, evidence of water on the Moon, and plans for a lunar communication network. This Week in Space