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QF Products

Entered program in 2024

Bringing the world’s highest quality 2D nanomechanical resonator to the real world.

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Eric Christopher Langman University of Copenhagen (KU)
Quantum Sensing
Quantum Computers
Nanofabrication

In 2017, a group of researchers at the Niels Bohr Institute in Copenhagen utilized phononic crystals to design a new type of mechanical device visible to the naked eye, but with sensitivity comparable to individual atoms. The combination of ultrasensitivity and convenient size allow numerous potential applications. We will develop a vacuum pressure sensor capable of significantly outperforming current industry standard technology. Other sensor applications are being actively investigated.

Eric Christopher Langman

Joined the Niels Bohr Institute over 6 years ago as a postdoctorial researcher, designing and fabricating nanomechanical resonators that use phononic cyrstals to achieve record breaking low noise and ultra long coherence times. Now CEO of startup company intending to commercialize such devices.

This project is supported by Spin-outs Denmark, a unique program that invests in researchers who create more impact by starting research-based companies.