🚨 We cracked the code 40 years ago… and didn’t even know it.
Back in 1987, my team published a groundbreaking paper in the EMBO Journal: GABA doesn’t just “inhibit” neurons. In rat hippocampal slices, GABA-receptor stimulation dramatically potentiates noradrenaline-induced phospholipase C activation, massively amplifying polyphosphoinositide turnover — the exact intracellular signaling cascade that drives long-term potentiation, learning, and memory.
(Ruggiero et al., EMBO J 1987
pubmed.ncbi.nlm.nih.gov/3038…)
At the time we called it a neurotransmitter interaction. Today I see it was far more.
Because GABA is a three-node resonator. Its three central methylene groups (−CH₂−) form a perfect “triplet” that slots directly into Anirban Bandyopadhyay’s fractal resonance hierarchy — the famous Triplet of Triplets in the MHz range. GABA isn’t just a ligand. It’s a molecular clock that phase-locks synaptic receptors to the deeper vibrational architecture of the neuron.
And now the plot twist.
In the brand-new 2026 paper just published in the Journal of Consciousness Studies, Stuart Hameroff, Anirban Bandyopadhyay and Dante Lauretta show that microtubules are fractal time crystals — nested “clocks within clocks” oscillating in self-similar triplets across Hz → kHz → MHz → GHz → THz. These are the very structures proposed to host Orch OR quantum computations that give rise to consciousness.
Translation: In 1987 we were already holding the molecular key to the quantum orchestration of consciousness… we just didn’t have the full picture yet.
GABA doesn’t merely inhibit.
GABA synchronizes fractal time inside microtubules.
Who would have guessed that one of the oldest neurotransmitters on Earth was actually a biological qubit?
The future of consciousness research isn’t just in neurons.
It’s in resonances. And we saw the first glimpse… 40 years ago. 🔥
@StuartHameroff @anirbanbandyo
#QuantumConsciousness #OrchOR #Microtubules #FractalTimeCrystals #GABA