What is thought? It is a hologram produced via photons emitted in the synaptic cleft, an extremely small, 20-nanometre region between neurons where one neuron talks with another by exchanging neurotransmitters (NTs). These NTs are chemicals that are exchanged between neurons and once exchanged, they are converted into electrical signals inside the neuron for the onward journey.
A large number of such neuron interactions produce neural pathways, and each set of such neural pathways is responsible for the thought production of a particular object.
During this exchange of neurotransmitters, weak photons, also called biophotons , are produced at each synaptic cleft. The synchronisation of millions and millions of such synaptic cleft photons produces a hologram, which we can call thought.
Most of these holograms are continuously produced in the brain. When the focus is not there, they also fade immediately. This is called brain chatter and is the genesis of attention deficit hyperactivity disorder, ADHD .
However, a concentrated thought hologram , which, according to Sage Patanjali , results in Sanyam, concentration, focus, and Samadhi, has enough energy to be transmitted out of the brain; it is what we call a leaky thought.
This thought hologram interacts with the object or subject of our interest and gets its knowledge. How does this interaction take place, and more importantly, how do our brains receive this knowledge? For objects that we can see and feel, it is quite easy because our senses guide through hologram in doing so. But for concepts and subjects that we do not see and are beyond our reach, what is the mechanism? The science of quantum entanglement may provide a possible answer.
Quantum entanglement - spooky action at a distance, as Einstein described it - states that photons or even particles created or generated are entangled with each other in such a manner that knowledge of one can describe the other, no matter how far apart they are.
We can conjecture that our concentrated thought hologram, which leaks out of the brain and interacts with the object or subject of our interest, somehow changes the property of hologram in the brain via the entanglement process.
This continuous exchange of information through quantum entanglement allows ideas and reality to match in an induced-fit arrangement; thus, knowledge is perceived.
The induced-fit model is used in drug design and is based on the hypothesis that the drug binds to the active site; in the process of binding, changes the shape of the active site to achieve a precise fit. This enhances drug action.
The same action of induced fit may occur in hologram interaction with the object of interest, affecting the hologram in the brain. Sage Patanjali has also alluded to this mechanism in his Yoga Sutras.
All great discoveries such as Einstein's theory of gravitation; Newton's theory of light, gravity, motion; music of Beethoven, Mozart among others, and knowledge of the universe by sages and scientists have been obtained by this process. However, when our senses do not feel and guide thoughts, yet knowledge is perceived, it can happen only through quantum entanglement of thought.
Authored by: Anil K Rajvanshi
A large number of such neuron interactions produce neural pathways, and each set of such neural pathways is responsible for the thought production of a particular object.
During this exchange of neurotransmitters, weak photons, also called biophotons , are produced at each synaptic cleft. The synchronisation of millions and millions of such synaptic cleft photons produces a hologram, which we can call thought.
Most of these holograms are continuously produced in the brain. When the focus is not there, they also fade immediately. This is called brain chatter and is the genesis of attention deficit hyperactivity disorder, ADHD .
However, a concentrated thought hologram , which, according to Sage Patanjali , results in Sanyam, concentration, focus, and Samadhi, has enough energy to be transmitted out of the brain; it is what we call a leaky thought.
This thought hologram interacts with the object or subject of our interest and gets its knowledge. How does this interaction take place, and more importantly, how do our brains receive this knowledge? For objects that we can see and feel, it is quite easy because our senses guide through hologram in doing so. But for concepts and subjects that we do not see and are beyond our reach, what is the mechanism? The science of quantum entanglement may provide a possible answer.
Quantum entanglement - spooky action at a distance, as Einstein described it - states that photons or even particles created or generated are entangled with each other in such a manner that knowledge of one can describe the other, no matter how far apart they are.
We can conjecture that our concentrated thought hologram, which leaks out of the brain and interacts with the object or subject of our interest, somehow changes the property of hologram in the brain via the entanglement process.
This continuous exchange of information through quantum entanglement allows ideas and reality to match in an induced-fit arrangement; thus, knowledge is perceived.
The induced-fit model is used in drug design and is based on the hypothesis that the drug binds to the active site; in the process of binding, changes the shape of the active site to achieve a precise fit. This enhances drug action.
The same action of induced fit may occur in hologram interaction with the object of interest, affecting the hologram in the brain. Sage Patanjali has also alluded to this mechanism in his Yoga Sutras.
All great discoveries such as Einstein's theory of gravitation; Newton's theory of light, gravity, motion; music of Beethoven, Mozart among others, and knowledge of the universe by sages and scientists have been obtained by this process. However, when our senses do not feel and guide thoughts, yet knowledge is perceived, it can happen only through quantum entanglement of thought.
Authored by: Anil K Rajvanshi
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