Study argues memories may be stored in brain microtubules through quantum effects

A new paper in the International Journal of Molecular Sciences says the human brain may process and store memories through quantum-like activity in microtubules inside neurons. The author ties that theory to radiofrequency treatment results in Alzheimer’s patients and says the findings could help explain why the therapy reversed or slowed memory loss.

Why it matters: - The paper argues that memory may depend on microtubules, not just neuron-to-neuron signaling. - If the theory holds, it could reshape how researchers think about memory storage and Alzheimer’s treatment. - The work also links a proposed quantum basis for memory to a therapy that has shown clinical benefit in Alzheimer’s patients.

What happened: - Dr. Gary Arendash of the University of South Florida and RF Longevity published a paper in the International Journal of Molecular Sciences. - The paper says the human brain may process and store memories like a quantum computer. - Arendash says brain cells contain billions of microtubules, including many thousands in a single neuron. - The paper argues that transcranial radiofrequency wave treatment, or TRFT, targets damaged microtubules in Alzheimer’s disease.

The details: - Microtubules are described as small hollow tubules made of tubulin protein inside neurons. - The paper says tubulin can exist in two classical states, 0 and 1, or in a quantum superposition state. - Arendash proposes that short-term memories begin in the hippocampus and pre-frontal cortex. - The paper says microtubules in those brain areas may shift more tubulin into a superposition state during short-term memory events. - If a memory is not retained, the tubulins are proposed to dissipate into a random pattern of states. - If the memory is stored long term, the event is sent to cortical neurons. - The paper says superposition states then collapse into classical states and form a long-term memory trace, or engram. - Arendash says long-term memories could remain stable for years or a lifetime because most adult brain neurons survive until death. - The paper also proposes a “vibrational fabric” in memory neurons made up of microtubules, 1 GHz radiofrequency vibrations, photons, and new quantum superposition states. - Arendash argues that 1 GHz radiofrequency waves may strengthen that process and boost memory encoding. - Pre-clinical studies in normal mice reportedly found improved memory after 1 GHz radiofrequency treatment. - In transgenic Alzheimer’s mice, the same treatment reportedly protected against memory impairment or reversed it in old age. - In Alzheimer’s patients, daily at-home TRFT at 1 GHz reportedly reversed memory impairment or stopped it from progressing for at least 2.5 years. - The paper says those human results support the quantum-memory theory. - The FDA gave TRFT, also called TEMT, a Breakthrough device designation for Alzheimer’s disease several years ago. - The paper says the benefits of TRFT appear to come from effects on microtubules, including removal of toxic brain oligomers, increased microtubule vibrations and repair of microtubules. - Arendash calls TRFT a microtubule stabilizer/enhancer for the human brain.

Between the lines: - The paper challenges the mainstream view that memory is mainly stored at the level of neuronal networks and synapses. - Arendash says the deeper layer is a “quantum underground” inside microtubules. - He argues that this brain structure would be extraordinarily difficult, and possibly impossible, for artificial intelligence to duplicate in a synthetic brain. - The article presents the theory as a way to connect a memory model with a treatment that already has human clinical data.

What's next: - The paper’s claims will likely draw scrutiny from neuroscientists who require direct empirical proof for quantum memory storage. - Further research would need to test whether microtubule quantum states can be measured in living human brains. - More trials would also be needed to confirm whether TRFT consistently slows or reverses Alzheimer’s memory loss. - The clinical focus is now on whether microtubule-targeting therapies can produce durable cognitive benefit without drugs.

The bottom line: - The paper argues that memory may live in microtubules as a mix of quantum and classical states, and that radiofrequency treatment may help restore that system in Alzheimer’s disease.