Novel Quantum Approach to Neuronal Repair: Ali Karakuş's Proposal

ISTANBUL, TURKEY / ACCESSWIRE / May 27, 2024 / Quantum and neuroscience researcher Ali Karakuş has proposed a groundbreaking method to rejuvenate and repair brain neurons using quantum entanglement. By inducing entanglement in nucleotides and cryptochromes and reinjecting these particles into neurons, Karakuş believes this could significantly enhance neuronal repair and regeneration.

Karakuş hypothesizes that quantum entanglement in these particles, followed by exposure to space conditions, may further amplify their therapeutic effects. Using high-energy lasers, nucleotides are entangled and then reinjected into neurons. Polarized light is employed to entangle cryptochromes before their reinjection. These entangled particles are then exposed to microgravity and cosmic radiation to boost their potential.

This innovative method could revolutionize treatments for diseases such as Alzheimer's and forms of blindness. It might facilitate the clearing of amyloid plaques, repair neurons, and increase synaptic plasticity, potentially slowing or halting neurodegenerative processes.

Ali Karakuş's study suggests that quantum entanglement, especially when enhanced by space conditions, could significantly impact neuronal repair and rejuvenation. This novel approach merges quantum physics with neuroscience, opening new possibilities for treating neurodegenerative diseases and sensory impairments.