Biophysics & Bioelectricity
70 articles
The Fading Blueprint: Aging as a Degradation of Bioelectric Memory
A radical new biophysical framework suggests we do not merely wear out mechanically—we forget our own anatomical shape as the body's electrical software degrades.
Tunneling Through the Enzyme: Proton-Coupled Electron Transfer at the Quantum Frontier
Inside the most sophisticated molecular machines on Earth, electrons and protons vanish from one place and reappear in another — not by crossing energy barriers, but by tunneling through them.
Quantum Compass: How Migratory Birds May Navigate by Entangled Electrons
Inside the cryptochrome proteins of a songbird's eye, quantum mechanics may be doing something that classical physics simply cannot — and it might explain one of biology's most enduring mysteries.
The Death of the Bell Curve: Non-Gaussian Dynamics in Intracellular Diffusion
How molecular crowding and transient compartmentalization are forcing biophysicists to rewrite the fundamental laws of cellular transport.
The Quantum Engine of Allostery: How Solitons and Perturbation Drive the Induced Fit
A new theoretical framework merges vibrational excitons with quantum perturbation theory to explain how enzymes execute rapid, long-range conformational changes.
Schumann Resonances: Earth's Electromagnetic Heartbeat and What Shifts Mean for Life
Recent amplitude spikes in Earth's atmospheric cavity are forcing biophysicists to re-examine the subtle, profound ways planetary electromagnetism may couple with human neurobiology.
The Electric Field That Tells a Wound Where to Grow
Injured tissues generate measurable electric fields that can steer cell movement, polarity, and regeneration—turning bioelectricity into an active target for medicine.
Bioelectric Memory: How Non-Neural Life Stores Information
From flatworms to frog embryos, changing voltage patterns can preserve body plans and guide regeneration without a brain.
When Cells Glow: Renewed Evidence and Debate Over Biophotons as a Biological Language
Ultraweak photon emission is increasingly measurable, correlated with metabolism, and plausibly capable of carrying information—yet the leap from glow to message remains unproven.
Silent Voltage: Bioelectric Fields as Hidden Morphogenetic Codes
Endogenous voltage patterns — not just genes or chemical gradients — lay down instructive maps that tell tissues how to build and rebuild themselves.
Revisiting Burr's L-Field: A Testable Bioelectric Framework for Morphogenesis, Regeneration, and Tumor Prediction
Harold S. Burr's 'life-field' maps prefigure modern bioelectric patterning; this proposal converts his descriptive L-field into a falsifiable, mechanistic research program using contemporary tools.
Quantum compass: Radical‑pair magnetoreception in migratory birds
Converging behavioral, biochemical and spin‑resonance evidence is sharpening a decades‑old hypothesis that migratory birds use light‑driven radical pairs as a quantum compass.