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2022/12/05 Editor: Jocelyn
Scientists used a specialized MRI machine to observe the spin direction of protons in specific water molecules in the subjects' brains but detected signals in the heartbeat that should not have been picked up by the MRI.
Have you ever wondered how the human brain works? Previously, science told us that the brain is composed of neurons as its basic units, transmitting information through synaptic connections and electrical potential changes. However, after the emergence of quantum mechanics, many have proposed that the brain is essentially a quantum computer. For instance, some scientists have suggested the "Quantum Brain Dynamics" hypothesis, attempting to explain brain functions using the theoretical framework of quantum field theory.
It might sound a bit abstract. Recently, scientists from Trinity College Dublin in Europe and the Polish Academy of Sciences in Warsaw jointly published a study claiming that "quantum entanglement" exists between the human brain and heart.
In simple terms, quantum entanglement means that if two particles become entangled, observing the physical properties of one particle will instantly affect the other, no matter how far apart they are (whether in the same lab or billions of light-years away). So far, quantum entanglement has been observed in microscopic particles such as photons and electrons.
To put it briefly, this European team used a specialized MRI machine to observe the spin direction of protons in specific water molecules in the subjects' brains. However, during the process, they detected signals in the subjects' heartbeats that should not have been captured by the MRI.
Traditional physics and medicine cannot explain why brain protons would synchronize with heartbeats, leading the team to speculate that "quantum entanglement" might exist between brain activity and heart signals.
It's important to note that this study does not directly prove that "human consciousness arises from quantum entanglement," nor has any scientific team experimentally confirmed quantum phenomena in the human brain. The goal of this research team was not to validate the aforementioned hypothesis. However, this finding may inspire other scientists to explore new applications for MRI or gain deeper insights into how the brain controls the body.
Source: https:/ / www. inside. com. tw/ ar……ting- the- human- brain- quantum
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Scientists Discover Potential "Quantum Entanglement" between Brain and Heart
Scientists used a specialized MRI machine to observe the spin direction of protons in specific water molecules in the subjects' brains but detected signals in the heartbeat that should not have been picked up by the MRI.
Have you ever wondered how the human brain works? Previously, science told us that the brain is composed of neurons as its basic units, transmitting information through synaptic connections and electrical potential changes. However, after the emergence of quantum mechanics, many have proposed that the brain is essentially a quantum computer. For instance, some scientists have suggested the "Quantum Brain Dynamics" hypothesis, attempting to explain brain functions using the theoretical framework of quantum field theory.
It might sound a bit abstract. Recently, scientists from Trinity College Dublin in Europe and the Polish Academy of Sciences in Warsaw jointly published a study claiming that "quantum entanglement" exists between the human brain and heart.
In simple terms, quantum entanglement means that if two particles become entangled, observing the physical properties of one particle will instantly affect the other, no matter how far apart they are (whether in the same lab or billions of light-years away). So far, quantum entanglement has been observed in microscopic particles such as photons and electrons.
To put it briefly, this European team used a specialized MRI machine to observe the spin direction of protons in specific water molecules in the subjects' brains. However, during the process, they detected signals in the subjects' heartbeats that should not have been captured by the MRI.
Traditional physics and medicine cannot explain why brain protons would synchronize with heartbeats, leading the team to speculate that "quantum entanglement" might exist between brain activity and heart signals.
It's important to note that this study does not directly prove that "human consciousness arises from quantum entanglement," nor has any scientific team experimentally confirmed quantum phenomena in the human brain. The goal of this research team was not to validate the aforementioned hypothesis. However, this finding may inspire other scientists to explore new applications for MRI or gain deeper insights into how the brain controls the body.
Source: https:/ / www. inside. com. tw/ ar……ting- the- human- brain- quantum