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In this deep dive episode of VPOD.AI, we unravel one of the biggest engineering challenges of sending humans to Mars — storing cryogenic propellants like liquid hydrogen (LH2) and liquid oxygen (LOX) for years without losing fuel to boil-off.
Discover how NASA’s Mars Icicle project — short for Mars Roundtrip Success Enabled by Integrated Cooling through Inductively Coupled LED Emission — is pushing the boundaries of space cryogenics with revolutionary electroluminescent cooling (ELC) technology.
We explore:
🚀 Whether you're a space nerd, engineer, or tech futurist, this episode reveals how cooling tech could unlock humanity's journey to Mars — and beyond.
By vpod.aiIn this deep dive episode of VPOD.AI, we unravel one of the biggest engineering challenges of sending humans to Mars — storing cryogenic propellants like liquid hydrogen (LH2) and liquid oxygen (LOX) for years without losing fuel to boil-off.
Discover how NASA’s Mars Icicle project — short for Mars Roundtrip Success Enabled by Integrated Cooling through Inductively Coupled LED Emission — is pushing the boundaries of space cryogenics with revolutionary electroluminescent cooling (ELC) technology.
We explore:
🚀 Whether you're a space nerd, engineer, or tech futurist, this episode reveals how cooling tech could unlock humanity's journey to Mars — and beyond.