Nexus Co-lab research

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Technical studies built through collaborative research, independent checking, and explicit evidence boundaries.

Intro Quantum Computer Technical Plan

A 12-year, evidence-tagged plan for scaling from a 96-qubit prototype to a modular fault-tolerant system. It connects processor hardware, quantum error correction, cryogenic control, decoding, software, manufacturing, costs, risks, and go or no-go gates.

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Concept visualization of a modular fault-tolerant superconducting quantum computer with cryostats, processor modules, classical control racks, and a verification station.

6-Nm Class Lithography Machine

Q6 Sentinel and E13 Photon Foundry attack stochastic printing error in different ways. The report compares optics, photon statistics, thermal behavior, throughput, cost, risk, and the two measurements that decide which architecture deserves funding.

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Concept visualization comparing the Q6 Sentinel and E13 Photon Foundry lithography architectures in a semiconductor cleanroom.