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#brainfunction

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🧠🔬 Diving Deeper into Penrose's Quantum Mind Theory! 🔬🧠
Researchers at Trinity College Dublin used MRI to find signs of entanglement between proton spins in the brain. 🧲 Their findings show that these signals spike with each heartbeat potential (HEP), linked to consciousness! 💓🌀 Interestingly, this signal vanishes when we fall asleep, hinting at a connection to awareness. 😴❌
Physicists also propose that myelin sheaths around nerve axons could enable photon entanglement. 🌟 These photons might drive correlations between distant neurons, suggesting a quantum mechanism at play! 🤯🔗
The implications are profound! If confirmed, it would mean the brain isn't just classical but a powerful quantum system. 🧠💥 This could explain our brain's ability to perform complex computations and synchronize millions of neurons. 🧩✨
But challenges remain. Can these quantum states persist in our warm, noisy brains? 🤔 More research is needed to unlock these mysteries! 🔍🧠
#PenroseTheory #QuantumMind #Consciousness #Neuroscience #QuantumEntanglement #BrainFunction #ScienceMystery #QuantumBrain

🧠✨ Was Penrose Right? Exploring the Quantum Mind! ✨🧠
Could quantum entanglement be the key to consciousness? 🧐 Roger Penrose's theories suggest it might be! 🧩🔬 Research hints at a link between proton spins and awareness, in sync with our heartbeat! 💓🌀
Penrose proposes that the brain is a powerful quantum system, where entangled photons could synchronize neuron activity! 🤯💡 He believes microtubules might be the birthplace of consciousness itself! 🌟🧬
But can quantum states survive in our warm, noisy brains? 🤔🔍 The debate continues, and more research is needed!
Could this be the dawn of understanding our deepest mysteries? 🌌🧠 #PenroseTheory #QuantumMind #Consciousness #Neuroscience #QuantumEntanglement #BrainFunction #ScienceMystery #QuantumBrain

Continued thread

The conundrum now is how to connect these very large volumes of neuroimaging data in ways that can help answer major questions related to brain function, aging, and disease.

... As we improve throughput, we anticipate that experimental studies will shift to robust population models that incorporate levels of genetic variation comparable to human populations.