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The Quantum Brain


Exploring Consciousness Beyond Neural Boundaries:


Consciousness research has always been an enigmatic field that crosses over into other academic disciplines including philosophy, psychology, and neuroscience. Quantum Brain Science is a relatively new area that studies the complex relationship between quantum events and the human brain.  

This article aims to synthesize various theories and concepts, including the Noumenal and Phenomenal worlds, Pribram’s holographic model, Quantum Brain Science, Fourier Transformation, and MRI imaging. 

Through the integration of the perspectives offered by Karl Pribram, David Bohm, Stuart Hameroff, and Roger Penrose, our aim is to establish the concept that consciousness extends beyond the confines of the brain and echoes throughout each quantum state within the body. 


The quantum brain hypothesis posits that the basic qualities of proto-consciousness are inherent in the cosmos. According to this perspective, it is proposed that the underlying nature of reality itself may include components or traits that possess the capacity for a primitive manifestation of consciousness. The concept originates from the proposition that quantum processes, which dictate the actions of particles on a minuscule level, display peculiar and counterintuitive properties, implying a profound correlation between consciousness and the underlying essence of existence.  The proposition posits that Consciousness may not be limited only to living creatures, but rather might be an inherent characteristic of the universe.  

Noumenal World, Phenomenal World, and the World Itself: 

The inquiry into consciousness starts with Immanuel Kant’s differentiation between the Noumenal and Phenomenal realms. The concept of the Noumenal world pertains to the fundamental reality that is outside the scope of our sensory awareness, whereas the phenomenal world refers to the reality that we encounter and perceive through our sensory faculties. The theory of Quantum Brain Science suggests that the brain functions as an intermediary between two distinct domains, facilitating the conversion of quantum information into human conscious perceptions. 

The Holographic Model of the Brain proposed by Karl Pribram: 

The holographic paradigm proposed by Karl Pribram has significantly transformed our comprehension of brain activity. According to this idea, the storage of memories and information in the brain is not localized to specific areas, but rather dispersed over the whole neural network in a holographic manner. This implies that every part of the brain contains the potential to access and reconstruct the entirety of our experiences. 

An Exploration of Quantum Science in the Context of Brain Function: 

Quantum mechanics, a foundational theory governing the behaviour of particles at the subatomic level, has yielded captivating revelations into the mechanisms underlying brain functionality. The classical perspective on brain processing is confronted by several concepts, including superposition, entanglement, and non-locality. The theory of Quantum Brain Science proposes that these occurrences have a significant impact on the emergence of consciousness, indicating that the brain functions at the quantum level.  

Decoding Perception: The Eye’s Intricate Frequency-Based Process. 

“Drk Drsya Viveka”:”दृक् दृश्य विवेकः”

The human eye, an extraordinary sensory organ, perceives and comprehends the surrounding environment via a captivating optical lens. In contrast to prevailing notions, the perception of the world does not occur at the level of discrete pixels, but rather as a complex interplay of many frequencies. The process of achieving this transformation is accomplished by employing Fourier analysis, a mathematical technique that converts spatial information into a complex arrangement of wave patterns. 

Pribram’s groundbreaking research elucidated the pivotal function of the brain in this particular cognitive process. The researcher discovered that the cortex, an essential area of the brain, performs a Fourier transformation on the visual input it receives. The component frequencies that emerge from this process are then dispersed over an extensive network of neurons. This phenomenon has resemblance to the storage of information in holograms, where interference patterns are utilized, and each individual neuron encodes a specific portion of the complete image.   

The consequences have a broader scope than simply perception. The holographic principle also governs the recovery of memories. Visual memories are reconstructed within our awareness through the utilization of the inverse Fourier transformation. 

Magnetic Resonance Imaging (MRI):

The contributions made by Walter Schempp to the field of Magnetic Resonance Imaging (MRI) technology serve as more evidence of this phenomena. MRI scanners utilize Fourier transforms to generate holographic depictions of scanned anatomical structures, relying on the dynamics of hydrogen atoms inside water molecules. Schempp’s research, in accordance with the principles of quantum brain theory, proposes a groundbreaking notion: memories are not limited to the confines of the brain, but rather they manifest throughout the spatial fabric of the physical vacuum. The brain afterwards operates as a highly advanced instrument, utilizing its access to this store of holographic memories. This approach not only brings about a paradigm shift in our comprehension of vision and memory, but also carries significant ramifications for the fields of neuroscience and cognitive research. 

The Holographic Paradigm: Unravelling the Nature of Reality: 

The holographic paradigm integrates Pribram’s idea of the brain’s functioning as a holographic processor with Bohm’s conceptualization of the cosmos as an expansive hologram. According to this particular viewpoint, it is suggested that the cosmos may be conceptualized as an extensive collection of electromagnetic frequencies that contain encoded information pertaining to several levels of existence. The human brain utilizes Fourier analysis to extract and develop an internal picture of reality based on the multitude of frequencies available. Nevertheless, as a result of the brain’s restricted ability to receive external frequencies, human experience is constrained inside a small range of reality, like to a radio selectively tuning into a certain station. 

Individual brains are considered essential components of a global brain, characterized by endless interconnections.

In contrast to the prevailing notion of navigating a tangible realm, the holographic paradigm posits that our perception is limited to a singular reality amidst a multitude of parallel universes. This particular viewpoint has captivating ramifications for comprehending paranormal activities. According to this perspective, individual brains are considered essential components of a global brain, characterized by endless interconnections. As a result, the transmission of paranormal phenomena, such as telepathy, can seamlessly propagate across individual minds, providing insights into enigmatic phenomena that have posed enduring challenges to scientific investigation. This paradigm presents a departure from traditional conceptions of reality and provides a novel perspective for investigating the complexities of human perception and connection. 

Quantum Brain Theory: Microtubules and Consciousness: 

The quantum brain theory, introduced by Stuart Hameroff and Roger Penrose, has significantly impacted the field of neuroscience by suggesting that the brain’s information processing capabilities extend beyond classical states to include quantum states. Although the feasibility of quantum states in the brain was first dismissed owing to factors such as its size, wetness, and temperature, Hameroff proposes that microtubules, which are small structures found inside cell cytoskeletons, might serve as viable components for quantum computing. Microtubules have a crucial role in providing structural support to the cell, while also aiding in the transportation of chemicals. Hameroff postulates that these entities could have brain functions that beyond those of individual neurons. This observation provides a viable rationale for the intellectual capabilities demonstrated by unicellular creatures that do not possess neural networks or brains, hence questioning established concepts regarding consciousness and cognition. 

Quantum Brain: Microtubules, Biophotons, and Conscious Awareness: 

The central nervous system is comprised of interconnected neurons that are linked together by dendrites and synapses, constituting the human brain. The cytoskeleton present in every neuron consists of microtubules composed of tubulins, which are proteins arranged in a hexagonal arrangement. According to Stuart Hameroff, the tubulin present in the microtubule of a neuron has been proposed as a possible quantum bit, commonly referred to as a qubit, within the brain. 

 Historically, the field of neurobiology has ascribed the responsibility of information processing to the presence of ion concentrations inside the nervous system. Hameroff, on the other hand, made the observation that microtubules possess coherent biophotons, which exhibit properties similar to those of lasers, and these biophotons may have a significant impact on the processing of information. Fritz Popp’s prior research revealed the presence of low-intensity emissions of biophotons originating from many living organisms, which may be attributed to DNA-associated mechanisms. Hameroff made a significant discovery by identifying the presence of coherent, quantum entangled biophotons within microtubules. These structures are composed of water molecules that are highly organized, and it is hypothesized that this organization facilitates the transmission of biophotons. Biophotons traverse microtubules and then reach synapses, facilitating their transmission to neighbouring neurons. This process effectively establishes a network of coherent light throughout the brain and across the entirety of the organism. 

Internet of the human body:

The network of microtubules may be likened to the “Internet of the human body,” facilitating connections not just among nerve cells but also among all cells inside the body. The phenomenon under consideration enables the transfer of quantum information between the brain and the remaining bodily systems, so implying that consciousness is not exclusively localized inside the brain, but rather is distributed among all cellular entities. This novel approach significantly transforms our comprehension of consciousness and its manifestation inside the human body. 

Orchestrated Objective Reduction:(Orch OR) How the Brain Processes Quantum Information: 

According to Stuart Hameroff’s quantum brain model, the phenomenon of consciousness, which encompasses cognitive processes and emotional experiences, is hypothesized to emerge from the process of objective reduction (OR) occurring inside the microtubules of neurons in the brain. This process involves the collapse of a superposition of all possible ideas and emotions into a specific state. This suggests that the ideas we have as individuals are a result of cognitive processes that are universally present, and are influenced by a feedback loop originating from sensory inputs. The comprehension of quantum computation’s functioning within the brain is contingent upon the knowledge of Orchestrated Objective Reduction (Orch OR), a fundamental mechanism. 

Quantum Brainwaves: How Universal Consciousness Shapes Our Thoughts: 

The quantum brain hypothesis posits that the basic qualities of proto-consciousness are inherent in the cosmos. According to this perspective, it is proposed that the underlying nature of reality itself may include components or traits that possess the capacity for a primitive manifestation of consciousness. The concept originates from the proposition that quantum processes, which dictate the actions of particles on a minuscule level, display peculiar and counterintuitive properties, implying a profound correlation between consciousness and the underlying essence of existence. Although this hypothesis remains hypothetical and lacks widespread acceptance, it introduces a novel viewpoint regarding the interplay between awareness and the basic principles governing the universe. The proposition posits that awareness may not be limited only to living creatures, but rather might be an inherent characteristic of the universe. 

Power and Potential of Gamma Brain Waves:

The brain undergoes a process wherein proto-conscious components coalesce or compress into discrete conscious experiences, which takes place within specialized structures known as qubits. This phenomenon exhibits similarities to the encoding and processing of information in the field of quantum computing. The brain executes these collapses at a high frequency of around 40 occurrences per second, which aligns with the brainwave oscillations at a frequency of 40 Hz. 

 To provide a comprehensible analogy, consider this process as the construction of frames in a motion picture. Each frame represents a distinct moment of conscious perception, akin to the various frames found in a motion picture. The frames are sequentially interconnected at a high velocity of 40 frames per second. The smooth integration of many components leads to the uninterrupted and cohesive experience of conscious awareness. 

  In essence, the emergence of our subjective experience, including ideas, feelings, and sensations, may be attributed to the fast sequence of collapses, which in turn draw upon the extensive reservoir of global awareness. This particular viewpoint offers a distinct framework for comprehending the complexities of awareness and its emergence from the fundamental fabric of existence. 

 Embracing Oneness: Bridging Quantum Science and Eastern Wisdom: 

The quantum brain theory revolutionizes neuroscience by questioning the idea that consciousness arises from brain activity. Instead, it recommends seeing the brain as a receiver of a universal awareness that penetrates the universe. 

 The hypothesis is controversial and young, but its ramifications are huge. It makes us question awareness and our position in life. It gently urges us to examine the complex relationship between science and Eastern wisdom, like a lotus bloom. 

Eastern mysticism and philosophies expressed similar ideas to quantum brain theory. They talk of a worldwide awareness that transcends individual minds and unifies all beings. The idea resonates with old spiritual concepts, prompting us to cherish science-mysticism harmony. 

Quantum brain theory connects Western science’s factual rigor with Eastern philosophies’ meditative depth as it evolves. It invites us to explore unexplored realms where self and universe merge and awareness transcends beyond the mind.  

Quantum physics and Eastern wisdom dance together, allowing us to accept the interconnection of all things. A unified concept of consciousness anchored in empirical research and ancient mysticism might illuminate the essence of being alive. 

Recent findings in cellular quantum biology provide fascinating research opportunities in neuroscience and quantum computing. Scientists studying tubulin’s quantum qualities may reveal new insights into biological systems and lead to creative technologies that use quantum principles in living things.


I am grateful to Jan Wicherink, whose “Souls of Distortion Awakening” provided much of this article’s insight. His passion for studying consciousness and quantum phenomena has guided this research.
I also like to thank the many authors who have contributed to consciousness, quantum physics, and brain function research. Their works have inspired and stimulated. 

Extra reading resources with book titles and authors:

  1. The Holographic Universe by Michael Talbot.
  2. Completeness and Implicate Order by David Bohm.
  3. Roger Penrose’s Emperor’s New Mind.
  4. Stanislas Dehaene on Consciousness and the Brain: How the Brain Codes Our Thoughts.
  5. The Conscious Mind: In Search of a Fundamental Theory by David J. Chalmers.
  6. The Quantum Brain: Freedom and the Next Generation of Man by Jeffrey Satinover.

I also owe Karl Pribram, David Bohm, Stuart Hameroff, and Roger Penrose, whose ideas and models changed our understanding of the quantum brain. This essay benefits from their deep understanding of reality and awareness.

The designers and maintainers of provide researchers a wonderful platform to explore Jan Wicherink’s work.

18 thoughts on “The Quantum Brain”

  1. Thank you, Arun, for this fascinating topic. It will be some time before we will know
    the answer. But as I apologise to a chair when I bump into by accident, there must be something in my brain that feels the chair is aware of my action, or perhaps I am just very polite.


    1. Very true Joanna. Everything is entangled but we don’t know because of the limitations of our sensory organs.
      You have said the truth.
      Thank you so much for your reply 😊🙏

  2. Sir, Kindly accept my prostrations to your immense efforts in bringing information to correlate between quantum brain to ‘I’ the chaitanyam if my understanding is right. Perhaps wonder about the measurement paradox here where we have the lockean ‘realist’ account according to which perception involves the creation of an inner reflection of an independently existing external reality on the other hand a kantean ‘anti-realist’ concept of the veil of perception. Consciousness is traditionally attributed to an emergent quality of neural networks. According to quantum cheshire cat research, it is quite intriguing to note that even a single-celled creature like amoeba is conscious and takes appropriate measures to feed and avoid any hostile milieu exterior. Whereas Monists like Spinoza adhere to the position that there is some neutral substance of which both matter and mind are properties. So the point being the object and therefore all it’s qualities and attributes might just be a projection of a self referencing subject that generates an apparition of separation as well as perception. That is how schempp’s research of memories had me to recollect the resemblances of above analysis. Thank you for sharing this and be safe 🙏

    1. Dear Vishnupriya,
      Thank you so much for your kind and thoughtful reaction to my latest blog post about the “Quantum Brain.” The way you think about the connection between the quantum structure of awareness and the idea of “chaitanyam” is very smart and helpful.

      Looking into the measurement paradox, especially from Locke’s and Kant’s “realist” and “anti-realist” points of view, adds a lot to the conversation. It really shows how complicated and multidimensional our view of reality is.

      It’s interesting that you brought up the quantum Cheshire cat effect, especially when it comes to single-celled creatures like amoebas. It brings up the idea that consciousness might be everywhere in ways we might not normally think about.

      In quantum physics, the quantum Cheshire Cat phenomenon is an interesting idea that says particles can act in ways that don’t make sense using traditional reasoning. The name of this event comes from Lewis Carroll’s famous Cheshire Cat, whose grin is all that is left behind when it goes. In quantum mechanics, this means that the qualities of a particle, like its position, can be removed from the particle itself.

      Recently, scientists have looked into what the Quantum Cheshire Cat means for biological systems, such as single-celled creatures like amoebas. In 2020, a study in the journal “Nature Communications” showed how photons could be used in the form of the Quantum Cheshire Cat experiment. The researchers were able to tell the difference between the particle itself and its features (polarization). They found that the polarization could be found in one place and the photon in another.

      Using this idea with living things, especially simple ones like amoebas, opens up interesting options. It makes me think that awareness, or at least some parts of it, might not be limited to brains with a lot of parts. Instead, it points to a bigger, maybe everywhere, way that awareness shows up in different kinds of life. The monist view, which says that there is a neutral material from which both matter and mind come as traits, is a very deep one. In a way, it questions the usual lines we draw between the mental and physical worlds.

      Through the Quantum Cheshire Cat event, we can learn about how awareness might show up in simple living things like amoebas. This opens up a world of exciting possibilities. It goes against the common belief that complicated brains are the only ones that can have awareness. Instead, it points to a bigger, maybe even global, presence of awareness in all living things.

      I first learned about this idea in the book “Biology of Belief” by Bruce H. Lipton, and this new information really hits home. His deep work helped me understand something very important: awareness is not just a result of the brain, as scientists in the 1800s thought. This paradigm shift has given me a better understanding of the complex connection between awareness and life, highlighting the limitless potential that exists in all living things. Your idea about how qualities and traits might be projected from a subject that references itself is very interesting. It raises interesting questions about what realism and emotion mean in the way we see the world.

      Along with Joe Dispenza’s ideas from his book “Evolve Your Brain,” Schempp’s study on memories gives us a deeper understanding of how memories are made and how they can be retrieved. Dispenza’s work digs into the complexities of neuroplasticity, showing how our brains have the amazing ability to change and adapt based on experiences and deliberate actions.

      By including Dispenza’s point of view, we get a better understanding of how focused mental routines and conscious purpose can affect how memories are stored and retrieved. This shows how important our mental knowledge is in shaping how our minds work. I have mentioned the books Biology of Belief and Evolve Your Brain in my blog posts, ” My Journey Through Books.

      In addition, Schempp’s research probably goes into more detail about how memories are made at the neural level, which adds to Dispenza’s study of how the brain can change. Together, they show how awareness, perception, and memory are always changing and interacting with each other.

      Again, thanks for adding your useful thoughts. Your comments, reviews, and answers always make me feel better.
      Many thanks.
      Be careful.

      1. Sir, Thank you for a detail overview and made me realise the mystery of universe and its existence from micro to macro evolution. Each subject offers cosmic fascination to prod and everything to gain. It is a continuous assimilation of reflective study to discover that “I am not Vishwa, taijasa or prajna, I am turiyam! I am yet to read depth of quantum Cheshire Cat and you made it easy to see the qualities of a particle and wonder if psychology and philosophy go hand in hand with scientific aspects to arrive at rationalistic theory. “Asangyohi Ayam Purushaha”. And association is vital to get to the bottom of this vast subject and thankful to you for being there as always to explain and grow us. Be safe and take care 🙏

  3. Good afternoon, Arun. Thank you for your informative and insightful post about the interconnectedness of everything and the unity of consciousness of all things. It is very interesting that modern science is approaching the ancient Eastern concept. You have studied a lot of material and have made an excellent excerpt of the main ideas from this variety of research.
    I didn’t think about the fact that inanimate matter also has the ability to perceive reality. These are very revolutionary ideas that are still difficult to fit into my worldview. This makes it all the more interesting and raises many questions.

    I wish you a wonderful mood!

    1. Dear Olga,
      Thank you so much for your encouraging response; your confirmation that this fresh branch of research is feasible is greatly appreciated.
      I’m happy to know you found this interesting. The intersection of traditional Eastern thought and cutting-edge neurological research is an intriguing field of study. It challenges our traditional viewpoints and inspires us to contemplate the interdependence of all things on a deeper level.

      The possibility that inanimate objects might experience the world around them is a mind-boggling proposition. It’s only natural that people would be intrigued and have many questions after hearing these concepts. We can gain from the rich tapestry of insights provided by the convergence of old knowledge and cutting-edge science.
      I’ve been doing a lot of studies lately. Vedanta emphasizes that despite the world’s outward diversity and plurality, there is a deeper unity that lies behind these differences. Beyond the seeming duality of the material world, Vedanta postulates the existence of an ultimate, unchanging reality (Brahman). Measurement and observation, according to the observer effect theory of quantum optics, can drastically change the behavior of subatomic particles. This is consistent with the DRK DRISYYA VIVEKA concept from Vedanta, which stresses the significance of knowing the difference between the seer and the seen.
      This is a fascinating topic, Olga.
      Your response is greatly appreciated.
      Warmest regards.
      Enjoy yourself immensely.

      1. I agree, Arun.
        Some statements stir our minds.
        It’s good that you study these issues so deeply, the relationship between science and philosophical and religious movements.
        Perhaps at their junction lies the truth.

        Best regards, Olga 🤝🤝🤝

        1. Thank you so much Olga ☺️
          You are absolutely right.
          I find connections everywhere.
          Will bring one post on this subject. One side String theory of modern science.
          Other side nondualistic Philosophy.
          Have a blissful time ahead 😊
          Regards ☺️🙏

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