The Archive

White Paper Library

Every paper is free to read. Supporters-only deep dives unlock with a donation or an access code.

01 — Nanofabrication

Quantum-Assisted Closed-Loop Deposition (QACLD): Experimental Specification (v1.0)

This specification translates the QACLD v2.1 whitepaper into a reproducible laboratory testing framework: dual-mode apparatus requirements (quantum-enhanced vs. classical on identical actuation hardware), a six-phase closed-loop control pipeline, locked experimental variables, and statistical acceptance criteria (p < 0.01) that render the QACLD hypothesis falsifiable. Supporters-only companion to the public v2.1 whitepaper.

Sep 13, 2026 1

02 — Nanofabrication

Quantum-Assisted Closed-Loop Deposition (QACLD): A Metrology-Driven Framework for Nanoscale Fabrication (v2.1)

Nanoscale fabrication is constrained by the trade-off between probe-induced damage and measurement precision. Quantum-Assisted Closed-Loop Deposition (QACLD) separates quantum-enhanced measurement from physical actuation: quantum metrology reconstructs local material states and drives conventional electrostatic, magnetic, and beam-steering actuators in a measure–reconstruct–actuate–verify–correct loop — a rigorous, falsifiable framework for printing matter at the atomic level to create newer, stronger materials.

Sep 13, 2026 4

Open Genomic Toolchains for Distributed Biotech Labs

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03 — Biotech & Genomics

Open Genomic Toolchains for Distributed Biotech Labs

Supporters-only research: a fully open stack — from sample prep to sequence analysis — that lets community labs run genomic workflows for under $300 per sample.

Sep 13, 2026 0

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04 — AI & Neural Systems

Neural Architecture Search at the Edge

Supporters-only deep dive: an evolutionary NAS method that discovers sub-10M-parameter vision models on-device, cutting cloud dependency and keeping training data local.

Sep 13, 2026 1

05 — Energy Systems

Decentralized Energy Grids: A Protocol for Peer-to-Peer Electron Markets

A market protocol enabling rooftop solar producers to sell surplus power directly to neighbors over existing distribution infrastructure, clearing every 15 minutes with cryptographic settlement.

Sep 13, 2026 0

06 — Quantum Computing

Toward Fault-Tolerant Quantum Mesh Networks

We propose a decentralized mesh architecture for quantum key distribution that tolerates node failure rates up to 34% without trusted relays, using entanglement swapping over redundant lattice paths.

Sep 13, 2026 2