Agnirva Space Premier League - Expedition #31541: Supercapacitors in Space: Student Study on Energy Storage at High Temperatures

Desert Christian High School took on a cutting-edge topic—how graphene-based supercapacitors behave in space. Their experiment explored how microgravity and elevated temperatures affect these advanced energy storage devices.

Graphene is known for its incredible strength, conductivity, and thermal resistance, making it a prime candidate for supercapacitors that could one day power spacecraft. The student team investigated whether these devices could maintain performance or even improve under space conditions, especially when exposed to heat fluctuations.

Understanding how supercapacitors operate in such conditions is vital for future energy systems, not just in space but also in extreme Earth environments. The experiment also highlighted the power of student-led research in contributing to real scientific progress. By engaging directly with the ISS, these students didn't just learn science—they made it.

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