Casimir Inc Unveils MicroSparc Device for Quantum Vacuum Energy Harvesting Set for 2028 Launch
Casimir Inc plans to commercialize the MicroSparc chip by 2028, which utilizes customized Casimir cavities to harvest energy from quantum vacuum fields. This technology offers potential for ultra-low-power applications and may scale for larger energy needs without inherent physical limitations.
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Casimir Inc has announced plans for the MicroSparc chip, set for commercialization in 2028, which captures energy from quantum vacuum fields using customized microscale geometries. The device targets a power output of approximately 1.5 volts at 25 microamps from a 5mm x 5mm chip, suitable for ultra-low-power electronics.
The team aims to develop scalable semiconductor manufacturing techniques over the next two years, focusing on increasing performance and optimizing materials. Dr. Harold G.
White states that there are no inherent limitations for scaling this technology to larger applications, potentially expanding its use beyond small devices. The research has received funding from DARPA, and prototypes have been tested in nanofabrication environments.
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