Radiation is one of the biggest challenges in space travel. To tackle this, Dr. Eric Benton and his team at Oklahoma State University...

Wearable technology has entered a whole new frontier—space. Led by Dr. Joseph Paradiso at MIT and supported by JAXA, the 'SpaceSkin'...

Have you ever wondered how plants grow in space? The experiment 'Life Cycles of Higher Plants Under Microgravity Conditions,' led by...

Imagine a laboratory that fits into the palm of your hand and can travel into space. That’s exactly what SpacePharma Nanoracks - SPNR4...

SPNR2 builds on the work of SPNR1 by extending biotech experiments to focus on how proteins fold and how diseases might be tackled using...

SpacePharma Nanoracks SPNR1 takes cutting-edge biotechnology into orbit, focusing on skin regeneration and advanced wound healing. With...

What if we could control biological systems with just light? That’s the magic behind optogenetics—a cutting-edge field that uses light to...

Have you ever used an Arduino for a school project? Now imagine doing that on the International Space Station! SpaceDuino takes this...

Imagine trying to measure tiny vibrations or movements in materials—using sound! The Space Dynamically Responding Ultrasonic Matrix...

Breathing may seem simple on Earth, but in space, it’s a different story. Astronauts aboard the International Space Station (ISS) live in...

After the initial success of SpaceChain’s first blockchain-in-space demonstration, SpaceChain 2.0 stepped in to push the frontier even...

When you think of space experiments, blockchain technology probably isn’t the first thing that comes to mind. But the SpaceChain...

Following the remarkable success of its predecessor, Spaceborne Computer-2 (SBC-2) took the mission of proving high-performance computing...

Imagine you're trying to download a video on your phone but the signal is weak, and it takes ages. Now, picture astronauts aboard the...

The Space Tango-VCHS experiment focuses on the innovative use of biomimicry in space. By emulating shark skin’s unique texture known as...

ICE Cubes #24 investigates volcanic algae—microorganisms adapted to extreme environments—by sending them into the equally harsh realm of...

This cutting-edge study, led by the Wake Forest Institute for Regenerative Medicine, explores how microgravity influences the growth of...

The 'Space Terroir' project brings a gourmet twist to space exploration by investigating fermentation processes in microgravity....

This Valley Christian High School experiment aboard the ISS investigates how a superhydrophobic layer—one that repels water intensely—can...

How do you control a robot when there’s no gravity? Students from Valley Christian High School set out to find out by creating a robotic...