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ISS National Lab — Orbital Edge Accelerator
Amazon Devices Climate Tech Accelerator
Meet the innovators participating in the Amazon Devices Climate Tech Accelerator
The first-ever Amazon Devices Climate Tech Accelerator cohort is here. After months of collaboration with partners at MIT Solve and Newlab, 14 innovative companies joined the inaugural cohort — 9 from across the U.S. and 5 global, spanning next-gen batteries, low-carbon materials, advanced PCBs, low-power displays and energy-efficiency breakthroughs like AI-enabled sensors and laser-enhanced heat sink surfaces.
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Electro Optics
Quantum Qool’s ultrafast laser thermal management system selected for ISS Orbital Edge Accelerator
Quantum Qool has been selected to join the inaugural Orbital Edge Accelerator, an initiative from the ISS National Laboratory to advance space-based research. The programme includes up to $500,000 in investment and the opportunity to conduct experiments on the ISS to validate the company’s laser-enabled thermal management technology.
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SatNews
ISS National Lab’s Orbital Edge Accelerator program selects six startups
The ISS National Laboratory, in collaboration with global investors Cook Inlet Region, Inc. (CIRI), E2MC and Stellar Ventures, announced the six startups joining the inaugural Orbital Edge Accelerator: Kall Morris Inc., Magma Space, Melagen Labs, Olfera, Quantum Qool and Raptor Dynamix — chosen through a highly competitive application process.
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Silicon Prairie News
Quantum Qool gains national momentum as laser tech heats up aerospace and energy markets
Quantum Qool, a Nebraska-based startup developing laser-enabled thermal management systems for advanced electronics, is entering a new phase of growth. The company’s patented ultrafast laser-structuring process modifies the surfaces of materials like copper and aluminium to increase energy density, cooling efficiency and emissivity — solving critical thermal problems in batteries, processors, solar panels and even spacecraft.
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Laser Focus World
Femtosecond laser machining: the time is arriving
As consumer, industrial and space electronics get faster and smaller, overheating of internal components such as microprocessors, batteries and panels has become one of the key problems across multiple industries.
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