Magnetic Fields Switch On Mitochondria
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.
Quantum Spin Controls Microtubule Assembly, Study Finds
A new experiment published in Science Advances demonstrates that quantum spin dynamics directly influence microtubule polymerization — the self-assembly process at the heart of every cell in your body. The results represent some of the strongest evidence to date that quantum mechanical processes operate in living biological systems.
Memory Without Neurons: New Evidence of Learning in Single Cells
How Single-Celled Organisms Learn and Remember Without Brains—Rethinking the Quantum Biology of Memory
The Memory Field: Could Quantum Biology Involve Accessing Information Stored in Space Itself?
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.
Study Finds that Microtubules are Effective Light Harvesters: Implications for Information Processing in Sub-Cellular Systems
Mega-network architecture of coupled chromophore qubits on Microtubule Lattice
