The Squids-1 experiment, spearheaded by Dr. Jamie Foster from the University of Florida, is one of the most fascinating biological...

UAPSAT-1, developed by students at Alas Peruanas University in Lima, Peru, is a shining example of how educational institutions can...

The NanoRacks-Hydrofuge Plant Chamber Experiment took root in orbit thanks to students from Lakewood High School. This experiment focused...

Terpenes are the aromatic compounds found in plants, responsible for the scents of pine, citrus, lavender, and more. The...

The NanoRacks-Symbiotic Nodulation in a Reduced Gravity Environment-Cubed experiment focused on a fascinating question: Can plants form...

Imagine the tiny yeast cell Saccharomyces cerevisiae, commonly used in baking and brewing, becoming a space traveler. The NanoRacks-SMA...

What happens when you take a ground-based educational robot and launch it into microgravity? The NanoRacks-Sphero SPRK+ Robot Studies in...

Imagine combining the curiosity of elementary students with real space science. That’s what the NanoRacks-Space Seeds experiment...

What happens when you send a slime mold into space? Students at Cristo Rey Jesuit College Preparatory School of Houston explored this...

SkyCube was an ambitious and creative experiment that brought citizen science into low Earth orbit. Developed by Southern Stars Group LLC...

Can rice grow in space? That was the central question behind the experiment conducted by the Surya Institute Indonesia aboard the...

When you think of spacecraft repair tools, what comes to mind? Perhaps high-tech gadgets or robotic arms? Now imagine students from South...

Phototropism—the ability of plants to grow toward a light source—is a key feature of plant development on Earth. But how does it behave...

Radiation in space is one of the most critical challenges for long-duration missions. To better understand and mitigate this threat, the...

On Earth, we take gravity for granted when studying fluids. But in microgravity, liquids behave very differently, presenting new...

Space Concordia’s Orbital Dust Nanosatellite represents an innovative leap in our ability to monitor and analyze micrometeoroid and...

The International Space Station (ISS) has served as a remarkable platform for scientific exploration, enabling researchers from around...

The NanoRacks-Self-Assembly in Biology and the Origin of Life experiment is one of the most intellectually stimulating studies conducted...

Building on the success of previous missions, Nanoracks-Ramon SpaceLab-04 represented a continuation of Israel’s inspiring efforts to...

The Nanoracks-Ramon SpaceLab-03 mission stands as a beacon of how educational projects can soar to literal new heights—into space. Led by...