Experimental Data from a European MRI study Shows that Human Brains are Quantum
CIO Review Europe | Tuesday, March 28, 2023
Entanglement refers to a quantum state where two objects remain connected even when separated by distance.
FREMONT, CA: Researchers from Trinity College in Dublin and the Polish Academy of Sciences in Warsaw have released what may end up being ground-breaking findings in the effort to comprehend the physical makeup of the universe, consciousness, and the human brain.
Experimental evidence of non-classical brain activities describes an experimental MRI paradigm where it seemed like test subjects' brains and hearts were intertwined. In a quantum state known as entanglement, two objects are still connected even when they are far apart. Although it sounds sophisticated, it works like throwing two pennies into the air and knowing that, no matter what, they will always land on the same side as one another as long as the coins remain intertwined.
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This appears when two or more discrete things (like photons) become entangled in the quantum world in such a way that any pertinent measurements made by researchers on one will be valid for the others.
The researchers hypothesise that this kind of entanglement between hearts and brains may exist. They altered an MRI scanner by applying what was effectively a filter shutting out most of the signals it would typically get to reach this experimental conclusion.
Then, they adjusted it to detect a particular proton's spin in the brain water of test subjects. The researchers were able to deduce additional signals coming from the subjects' heartbeats that an MRI scanner shouldn't be able to pick up. In essence, what they discovered is difficult to explain using standard physics. The correlation between brain activity and the anticipated cardiac signal suggests that they have discovered proof of quantum entanglement.
The researchers conclude that they may have witnessed entanglement mediated by consciousness-related brain activities since the signals they derived depended on conscious awareness.
In other words, quantum entanglement may cause awareness to appear. The fact that no scientific team has ever empirically proven quantum phenomena in the human brain is not a point of contention. It's important to note that this team hasn't either. The researchers themselves claim that what they have done is demonstrated experimental evidence for non-classical activity. This study could serve as a defence of classical awareness.
The researchers were prompted to question whether quantum mechanics constituted an incomplete understanding of the universe.
This study manages to make a connection between the inability to fully understand gravity and quantum mechanics and the inability to understand consciousness using classical methods. The human body may be an unfavourable place to search for answers to the biggest mysteries in both quantum and classical physics. This might result in more inventive applications for MRI technology, a better comprehension of how the brain controls the body, and possibly even a basic ground-truth explanation of how awareness arises.
As a side note, this might have amazing results for the developing science of artificial intelligence, particularly about the creation of artificial general intelligence (AGI), which would be regarded as intelligence on par with humans.
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