Quantum computing with holograms

by Laura Domela

Light is one of the most promising carriers of quantum information. It is robust against decoherence because it does not interact with stray electric and magnetic fields and passes unscathed through transparent matter.

But this prized robustness is also a serious limitation. Photons do not easily interact with each other so processing the information they carry is tricky.

In recent years, however, physicists have worked out how to make photons interact using interferometers and to carry out quantum computations using the output of one interferometer as the input for another. via technology review

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In this episode of Chalk Talk, Anders Thelin from TE Connectivity and Amelia Dalton explore how the CBOT MULTIGIG transceiver platform helps address these challenges with a modular, high-performance approach to rugged, high-density connectivity. We also investigate how this platform supports next-generation system architectures, improves design efficiency, and enables robust performance in even the most demanding environments.

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May 18, 2026

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Quantum computing with holograms

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