What happens to our cells in space? One of the most intriguing biological experiments on the ISS tackled this question by studying...

The Human Exploration Research Opportunities (HERO) experiment studying differential effects on homozygous twin astronauts is one of the...

The Turbine Superalloy Casting Module (TSCM), a project by Redwire Space – Made In Space, and led by principal investigator Michael...

Imagine trying to build a high-performance jet engine turbine—except you’re doing it in microgravity, orbiting Earth at 17,500 miles per...

Cyclones are some of the most destructive natural disasters on Earth, and accurate forecasting is critical for saving lives and property....

Plants are nature’s most efficient life support system, providing oxygen, food, and psychological comfort for space travelers....

Cosmic radiation is one of the greatest challenges for human space exploration. Invisible yet powerful, these high-energy particles can...

Space is a harsh environment, and scientists are only beginning to grasp how it affects human biology. The European Space Agency’s...

When astronauts embark on space missions, they are exposed to a drastically different environment from Earth. These changes —...

TuPOD (TubeSat POD) was a groundbreaking project that demonstrated how ultra-small satellites, known as TubeSats, could be deployed from...

The Technical University of Moldova took a giant leap into space with its educational CubeSat project. Designed, built, and tested by...

Plants rely heavily on gravity to guide their growth—a phenomenon known as gravitropism. The Russian experiment 'Influence of Gravity on...

Try Zero-G for Asia is an educational outreach program initiated by JAXA that builds on the success of the original Try Zero-Gravity...

Imagine floating in space, untethered by gravity, gently gliding across a room with just a soft push. This experience, often the stuff of...

Living in space takes a toll on the human body, especially on muscles and bones. Without gravity, astronauts can lose strength and mass...

Plasma—often called the fourth state of matter—is all around us in the universe, yet understanding its behavior remains one of physics'...

The Solidification along a Eutectic Path in Binary Alloys experiment delves into the fundamentals of how two-component metallic systems...

The Solidification along a Eutectic Path in Ternary Alloys Experiment explores the solidification behavior of three-component metal...

Imagine a world where scientists can craft materials with extreme precision—stronger, lighter, and more durable than ever before. That’s...

The way materials solidify affects their strength, durability, and usefulness in everything from jet engines to smartphones. The...