What happens when you try to form metal without gravity helping you? The FREEDOM experiment, developed by Nakashimada Engineering Works...

In materials science, “fragility” doesn’t mean easily breakable—it refers to how dramatically a liquid’s viscosity changes with...

Life in space means life in a closed loop—and managing the air astronauts breathe is mission-critical. The Four Bed CO2 Scrubber is an...

Water is precious aboard the International Space Station, and reusing every drop is vital. The Urease-phospholipid Reactive Forward...

Plasma—the fourth state of matter—behaves in captivating ways when free from gravity’s pull. The Formirovanie Vikhrey-PK experiment,...

Monitoring how astronauts move in space isn’t just about curiosity—it’s essential for their safety and performance. The XSENS ForceShoe™,...

Foras Promineo is more than just a science experiment—it’s a student-powered journey into space. Developed by Perkins High School...

On Earth, every step you take involves complex interactions between your feet and the ground. In space, things get trickier. NASA’s...

Astronauts need more than just fuel—they need delicious, nutritious, and safe meals that support their health and morale. The “Advanced...

In space, even your lunch matters more than you'd expect. NASA’s groundbreaking experiment, “The Integrated Impact of Diet on Human...

What if dining in space could be more than just fuel for the body? What if it could be an experience that connects astronauts with Earth...

Living aboard the International Space Station (ISS) sounds like an incredible adventure, but imagine eating the same meals over and over...

Casting materials into shapes is a foundational technology in manufacturing on Earth, but what happens when you try to mold materials in...

Water is one of the most vital resources for astronauts aboard the International Space Station (ISS). However, delivering fresh water to...

Foams are part of our everyday lives—from soap bubbles in the bathroom to the foam on your cappuccino. But have you ever wondered what...

Foams and emulsions are everywhere—from shaving cream and whipped cream to paints and pharmaceuticals. But understanding their stability...

How do metallic materials behave when transformed into foam in microgravity? The Viscous Liquid Foam - Bulk Metallic Glass experiment,...

Radiation is one of the biggest challenges facing astronauts in space. The Fast Neutron Spectrometer, led by Mark Christl at NASA...

What happens when two droplets collide in the weightlessness of space? The Fluid Merging Viscosity Measurement experiment explored...

In the realm of microgravity, observing living cells as they function in real-time opens doors to discoveries that are impossible on...