Naval Warfare Center – Jul, 2022

For over 20 years, scientists have been studying microtubules in brain neurons for their role in human consciousness.   With a helical ring structure, microtubules were thought to possess quantum effects including entanglement, coherent energy transfer, and quantum tunneling.   U.S. Navy Scientists have recently announced conclusive proof that microtubules in the human brain exhibit quantum entanglement.   This discovery advances our understanding of human consciousness, and the phenomenon of quantum non-locality.

Computational Biotech – Mar, 2025

This extraordinary study examined 106 pairs of identical twins to provide empirical and statistical evidence of how quantum entanglement influences consciousness at a biophysical level. Using EEG, twin pairs were evaluated during 144 learning experiments executed via an IBM supercomputer.   The results provide robust evidence for the existence of quantum entanglement in cognitive mechanisms capable of anticipating future, unpredictable stimuli, representing a profound leap in our understanding of quantum consciousness.

Brain Sciences Journal – Apr, 2021

New research suggests that consciousness may extend beyond the brain.   In the “limited consciousness” view, our minds perceive projected wave‑vortices as solid objects, causing the wave function of particles to collapse so we see only particles.   These wave‑vortices encompass light, electricity, and related phenomena, providing a dimensional framework for the brain. Within this neuronal system, electric “pilot‑wave” activity and diffused quantum waves coexist as complementary brain fields, which can become entangled with another individual's consciousness.

Journal of Physics – Oct, 2022

Recent experiments on quantum‑gravity show that an unknown non‑classical mediator can create entanglement between two quantum systems.   Applying this to the brain, proton spins serve as measurable quantum bits.   Utilizing a zero quantum coherence protocol that suppresses classical signals, we detected heartbeat‑like evoked signals throughout the brain that depended on conscious awareness.   These findings imply that a consciousness‑related mediator can generate entanglement as a mechanism for brain‑to‑brain communication at a distance.

eNeuro Journal – Apr, 2019

Scientists at CalTech have shown that the human brain reacts to changes in Earth’s magnetic field.   When a magnetic field was rotated, EEG showed the brain’s alpha rhythm weakened — a response known as alpha‑event‑related desynchronization.   This only happened when the field pointed down, and disappeared when it pointed up – which shows that the effect is biologically tuned.   This polarity-dependent magnetic sense lets the brain receive information beyond the five ordinary senses, providing a scientifically plausible basis for ESP.

Heliyon Journal - Feb, 2021

With the recent discovery that the human brain can detect Earth's magnetic field, it is now postulated that iron particles within neurons are responsible for this newly-identified sense of magneto-reception.   Biogenic magnetite in the form of Fe3O4 is capable of perceiving minute changes in the geomagnetic field, and it has also been shown to act as a transmitter for broadcasting neuro-magnetic signals to the brains of other individuals as well.   It is therefore postulated that biogenic magnetite is the basis for brain-to-brain communication.