At Casimir, we are pioneering a new era of energy generation with our breakthrough nanotechnology. Our proprietary Casimir cavities harness fluctuations in the quantum field to produce continuous power — a technology akin to a solar panel that works in the dark or a battery that never needs to be recharged. 

By engineering the Casimir cavity with an array of conductive pillars along the midplane, we’ve achieved a design that maintains a stable electrostatic potential, where the pillars hold a negative voltage relative to the cavity walls. This innovation unlocks sustained energy output at the nanoscale. 

We’ve developed multiple classes of working chips, each tailored for different applications. Our compact chips, smaller than a thumbnail, deliver 150 microwatts — providing 30 millivolts and 5 milliamps — enough to power devices like key fobs, Apple AirTags, I0T sensors, medical monitors, and more. 

This technology is fully scalable: by layering devices on chip substrates and employing die-stacking techniques, we can achieve higher voltages and currents suitable for mobility, aerospace, and industrial applications. 

Casimir is turning the once-theoretical into the practical — creating continuous power solutions for the devices and systems of tomorrow.