William Brown connects a new mitochondrial quantum-state preprint with his March 2026 Think Beyond proposal, explaining vibro-polaritons, the ATP findings, and the experiments needed next.

Traveling brain waves provide a measurable context for William Brown’s proposed time-symmetric connection between an experience and its later recall.

Could water help translate free energy into biological organization? William Brown explores hydration, vibrational strong coupling, and a proposed gold-bowtie enzyme experiment.

A terahertz resonator strengthens superconductivity in NbSe₂, bringing vacuum engineering into focus as a way to control material properties. Explore the links to cavity QED, vibrational strong coupling, and water at biological interfaces.

Enter the Phoenix Cabinet’s new Athanor Initiatic Journey: an exploration of Raimondo di Sangro, Sansevero Chapel, and an Azoth thesis of inner transformation through architecture, art, and the Virtues.

The Agential Coupling Drive research proposal is now freely available on Projects. Explore how stochastic events, persistent material memory, and reciprocal feedback could help investigate agency in hybrid thinking machines.

William Brown will present new water–field research and preliminary spectral findings at the European Aquaphotomics Conference in Ruse, 23–26 September 2026.

A new study finds that a magnetic field thousands of times weaker than a fridge magnet can boost the energy output of heart mitochondria — and the best explanation on offer is quantum.

How Single-Celled Organisms Learn and Remember Without Brains—Rethinking the Quantum Biology of Memory

William Brown recently gave a plenary talk and hosted a workshop at The Science of Consciousness Conference in Barcelona; the following article is an overview of some of the theoretical developments from the latest research that was shared.

Mega-network architecture of coupled chromophore qubits on Microtubule Lattice