Quantum tangling in your brain is what generates consciousness suggests radical examination

“Hearst and Yahoo magazines can earn a commission or revenue from some items through these links.”

Here’s what you will learn when you read this story:

• In the last 30 years, scientists have been studying whether the human brain can require quantum processes to achieve knowledge.

• A study from the University of Shanghai uses mathematical models to suggest that some fat structures (which the nerve cell axon’s sheath) can potentially produce quantum -tangled biphotone pairs potentially supporting neurons synchronization.

• However, scientists have long claimed that the brain is too hot and messy to appear this type of phenomenon, and the discovery of this phenomenon, as it happens in the brain, would be an incredibly difficult task.

---

It has long been claimed that the human brain is similar to a computer. But in fact, it sells the brain for a short time.

While comparing neurons and transistors is a comfortable metaphor (and not completely From the left) The brain is ultra-efficient, its energy is renewable and capable of computing feats that even the most advanced computer cannot be downloaded. In many ways, the internal work of the human brain constitutes an unknown computational limit.

Although your brain is better than your laptop – or even the most modern supercomputer in the world – these machines work in classical physics. But there is another type of computer there: quantum.

The idea that the human brain contains quantum properties is not new. In fact, British physicist Roger Penrose and American anesthesiologist Stuart Hameroof first proposed the controversial concept in the 90s, with theirs. “Orchestrated object reduction“A model of consciousness. Since then, many pieces to evidence At least they hinted that although the brain is not a full -fledged quantum computer, some quantum properties can actually help to generate consciousness.

Now a new study at the University of Shanghai presents another proof to the neurological court – that a specific process of the human brain shows behavior close to quantum entanglement, a phenomenon when two particles (usually photons) become inextricably linked to even huge distances. This phenomenon confuses even the most brilliant minds, including Albert Einstein, who called the quantum tangling “ghostly action at a distance”.

The study published this month in the magazine View Physics isIt suggests that a fatty material called myelin, which surrounds the axon of the nerve cell – the fiber that transmits electrical impulses to other nerves or body tissues – provides an environment in which it is possible to entangle the photons. This could potentially explain the rise of knowledge and especially synchronizationWhich is essential for the processing of information and the quick response.

“Consciousness in the brain depends on the synchronized activities of millions of neurons, but the mechanism responsible for the orchestration of such synchronization remains elusive,” the document said. “The results show that the cylindrical cavity formed by a myelin sheath can facilitate the spontaneous emission of vibration modes and generate a significant number of entangled photone couples.”

The team has built mathematical models that detail how infrared photons can affect the myelin sheath and give energy to the chemical bonds-more special carbon-hydrogen bonds embedded in this fat. This, in turn In the nervous systemS

“When the brain is active, millions of neurons shoot at the same time,” Yong-Cong Chen, co-author of the study, to say ScientistS “If the power of evolution was looking for convenient action off, quantum tangling would be [an] Ideal candidate for this role. “

If you feel a “wow, if it is true” quality of this study, you are not alone. On the one hand, this phenomenon will need to be seen in a biological setting (probably in the mouse brain) before scientists are excited about the newly discovered “quantum communication resources”. And this is a process that the authors easily admit to it would be difficult. In addition, the idea of ​​quantum entanglement, playing a role in consciousness, is not a major – Hameroof, one of the leading minds behind the idea that quantum phenomena can stimulate aspects of knowledge, even said Scientist Months ago, it was “very popular to break us” after the publication of their model of consciousness.

But science is in a hypothesis business and strict testing to distinguish the true nature of existence. And as the story shows, what once seemed like a “ghost action at a distance” can quickly turn into a cornean stone cornerstone.

Take the problem

Take the problem

Take the problem

Take the problem

Take the problem

Take the problem

Take the problem

Take the problem

Take the problem

You may like and