Our team has been developing and using the tools within Construct for nearly nine years. Now, we are making these tools available to our close partners and high-capacity users. ​ ​

Learn more: psiquantum.com/software

Our latest research with Stanford lays out a state-of-the-art framework to simulate real-time chemical reactions on a quantum computer, unlocking new possibilities for catalyst design, materials science, and cleaner energy solutions.

Read our blog: bit.ly/3Rl3ZHB ​
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Read the paper: bit.ly/4ifA4f3

This 2-qubit QPU, aptly named “Qcloud,” launched at the British Science Festival in 2013 and now resides at the British Science Museum—proudly displayed next to an Enigma machine and Babbage difference engine.

When combined with our ultra-low-loss edge coupler, this fiber interconnect becomes a compelling component of our path to large systems.

Leveraging pre-existing industrial wafer testers as well as bespoke cryogenic test equipment, today PsiQuantum performs ~0.5 million room-temperature measurements per month and ~50K cryogenic measurements per month.

In the process, we built the biggest molecular beam epitaxy (MBE) tool in the world. ​

PsiQuantum has integrated this material into our Omega stack at GlobalFoundries, and we are now beginning to use these switches for multiplexed single-photon generation.

Read more about the latest developments of Omega: www.psiquantum.com/featured-new...