Transmaterialization

In this post, I first summarize the source document . Then, I query how the theories contained in that document can be used to pursue TMT (Transmaterialization Technology) research. Two versions are given. This also applies to research and development in ITC (Interdimensional Transcommunication) ITC and EVP (Electronic Voice Phenomena). I used Open AI’s Chat GPT4 as an assistant in writing this post.

Source Document:

“Quantum Physics in Consciousness Studies” by Dirk K. F. Meijer and Simon Raggett
https://www.academia.edu/28151558/Quantum_Physics_in_Consciousness_Studies

Document Summary:

The source document is 177 pages long. This is a brief summary of that document.

Introduction

Quantum physics is a branch of physics that describes both microphysics and macro-physical phenomena. It has been applied to understanding the human brain and its mental aspects, leading to the emergence of quantum consciousness studies. This comprehensive review and literature compilation by Dirk K F. Meijer and Simon Raggett explores the fascinating intersection of quantum physics and the human mind.

1. Quantum Aspects of Brain Function

The document begins with an introduction to quantum aspects of brain function. It discusses how quantum physics can be applied to understanding the human brain and its mental aspects. The authors explain that quantum physics can help us understand the brain’s ability to process information, its ability to create and store memories, and its ability to generate consciousness. Stuart Hameroff’s work focuses on the role of microtubules in the brain. He proposes that consciousness arises from quantum computations in these microtubules that are influenced by the environment. Hameroff suggests that these computations are non-algorithmic and cannot be replicated on a classical computer. He also discusses the role of ‘orchestrated objective reduction’ (Orch OR) in consciousness, which is a process where quantum superpositions in the brain’s microtubules reach a threshold and collapse, leading to moments of conscious awareness.

2. Quantum Mind Theories

The document discusses various quantum mind theories. Some of these theories propose the existence of space-time multidimensionality, while others suggest that the individual mind is an expression of a universal mind through holonomic communication with quantum fields. The authors also discuss the work of Akira Umezawa and Fritz Albert Popp, who proposed that the brain is a coherent system that is able to generate and detect electromagnetic fields. They suggest that this may be relevant to understanding consciousness. The authors also discuss the work of Roger Penrose, who proposed that consciousness arises from quantum processes in the brain that are related to the collapse of the wave function. Penrose suggests that these processes are non-computable and cannot be replicated on a classical computer. The authors also discuss the work of David Bohm, who proposed that the universe is a hologram and that consciousness arises from the implicate order. Bohm suggests that the implicate order is a deeper level of reality that underlies the manifest world.

3. Specific Molecules in Quantum Processes

The document explores the potential involvement of specific molecules in quantum processes. The authors discuss theories based on micro-tubular proteins, proteins involved in synaptic transmission, and ion-channels. They explain that these molecules may play a role in quantum processes in the brain, such as quantum tunneling and quantum entanglement. The authors also discuss the work of Henry Stapp, who proposed that consciousness arises from the collapse of the wave function in the brain. Stapp suggests that this collapse is related to the interaction between the observer and the observed. The authors also discuss the work of Amit Goswami, who proposed that consciousness arises from the collapse of the wave function in the brain, which is related to the observer’s intention. Goswami suggests that this collapse is a non-local process that is not limited by space and time.

4. Special Features of Quantum Theory

The authors discuss the special features of quantum theory that make it potentially relevant to consciousness. They explain that quantum theory describes the fundamental level of energy and matter, and its incompatibility with relativity. They also discuss the randomness in the choice of position when the wave function of a quantum particle collapses, and non-locality. These features of quantum theory may help us understand the nature of consciousness and its relationship to the physical world. The authors also discuss the work of Fritjof Capra, who proposed that consciousness arises from the interconnectedness of all things in the universe. Capra suggests that this interconnectedness is related to the non-locality of quantum physics.

5. Theories of Consciousness

The document discusses various theories of consciousness. The authors explain that there are two main approaches to understanding consciousness: the reductionist approach and the non-reductionist approach. The reductionist approach seeks to explain consciousness in terms of physical processes in the brain, while the non-reductionist approach suggests that consciousness is a fundamental aspect of the universe that cannot be reduced to physical processes. The authors discuss the work of Bernard Beck, who proposed that consciousness arises from the interaction between the brain and the environment. Beck suggests that this interaction is related to the non-locality of quantum physics. The authors also discuss the work of Kunio Yasue and Kunihiko Jibu, who proposed that consciousness arises from the interaction between the brain and the environment, which is related to the non-locality of quantum physics.

6. Coherent Electron Transport

The document discusses coherent electron transport and its relevance to consciousness. The authors explain that coherent electron transport is a process where electrons move through a material in a coordinated way, without losing energy. They suggest that this process may be relevant to understanding consciousness, as it could be involved in the transfer of information in the brain. Johnjoe McFadden’s work focuses on the role of coherent electron transport in the brain. He proposes that the brain uses quantum coherence to process information, and that this coherence is maintained by the flow of energy through the brain’s ion channels. McFadden suggests that this coherence is related to the non-locality of quantum physics.

7. Poised State and Recoherence

The authors discuss the concept of the ‘poised state’, which is supposed to span states that are between being mainly coherent and partly decoherent. They explain that information injected into the system can induce recoherence. The flow of information into cells is seen as a means by which recoherence could be induced and coherence maintained. Stuart Kauffman’s discussion refers to coherent electron transport, but he recognizes that other forms of coherence such as phonons and electron spin could be relevant. The ‘poised state’ is supposed to span states that are between being mainly coherent and partly decoherent. Information injected into the system can induce recoherence. The flow of information into cells is seen as a means by which recoherence could be induced and coherence maintained. Kauffman suggests a two-way flow of influence, with quantum possibilities effecting classical systems, while classical systems could influence recohering quantum systems.

8. Correlating Processing Activity and Conscious Episodes

The document discusses the debate around whether a direct one-to-one correlation between processing activity and conscious episodes is necessary. The authors explain that some researchers believe that coherence would have to be sustained for the milliseconds timescales associated with neural processing, rather than the femto- and picosecond timescales associated with quantum coherence in photosynthetic organisms. However, this is still a topic of debate in the field. The authors also discuss the work of Jack Tuszynski, who proposed that consciousness arises from the interaction between the brain’s microtubules and the electromagnetic field. Tuszynski suggests that this interaction is related to the non-locality of quantum physics.

9. Other Perspectives

The document also discusses other perspectives on quantum consciousness studies. The authors discuss the work of Peter Benroider, who proposed that consciousness arises from the interaction between the brain’s microtubules and the vacuum state of the universe. Benroider suggests that this interaction is related to the non-locality of quantum physics. The authors also discuss the work of Stuart King, who proposed that consciousness arises from the interaction between the brain’s microtubules and the zero-point field. King suggests that this interaction is related to the non-locality of quantum physics. The authors also discuss the work of Roger Penrose and Stuart Hameroff, who proposed that consciousness arises from quantum processes in the brain that are related to the collapse of the wave function. Penrose and Hameroff suggest that these processes are non-computable and cannot be replicated on a classical computer.

10. Conclusion

The document concludes by summarizing the various theories and perspectives on quantum consciousness studies. The authors explain that while there is still much debate and uncertainty in the field, quantum physics has the potential to provide new insights into the nature of consciousness and its relationship to the physical world. They suggest that further research is needed to explore the potential role of quantum processes in the brain and to develop new experimental methods for studying these processes.

Applications to TMT, ITC and EVP – Part 1

Interdimensional Consciousness and Communication

Introduction: Drawing from the intricate theories of quantum consciousness, we posit the existence of conscious life forms beyond our physical plane, termed as “interdimensional beings.” These beings, while not bound by our physical constraints, observe mechanisms of consciousness akin to the ones described in the provided text. Both physical beings and interdimensional beings tap into a universal consciousness or a universal mind, a vast reservoir of knowledge and awareness that spans across dimensions.

The Underlying Science of Interdimensional Communication:

1. Quantum Aspects of Brain Function:
   • Just as quantum physics aids in understanding the human brain’s function, it’s plausible that interdimensional beings utilize similar quantum computations in their consciousness mechanisms. The non-algorithmic computations, which cannot be replicated on a classical computer, might be a shared trait across dimensions.
2. Quantum Mind Theories:
   • The existence of space-time multidimensionality and the concept of individual minds being expressions of a universal mind through holonomic communication with quantum fields can be the foundation for interdimensional communication. This suggests that the universal mind serves as a bridge between our world and the interdimensional realm.
3. Specific Molecules in Quantum Processes:
   • While our understanding is based on micro-tubular proteins and ion-channels, interdimensional beings might have analogous structures or entities that facilitate quantum processes like tunneling and entanglement, essential for communication.
4. Special Features of Quantum Theory:
   • The non-locality and interconnectedness of all things in the universe, as proposed by Fritjof Capra, might be the key to establishing a connection with interdimensional beings. This interconnectedness transcends our physical realm, making communication feasible.
5. Theories of Consciousness:
   • The non-reductionist approach, which views consciousness as a fundamental aspect of the universe, suggests that both physical and interdimensional beings can tap into the same universal consciousness, facilitating communication.
6. Coherent Electron Transport:
   • If coherent electron transport is crucial for information transfer in our brains, a similar coherent process might exist in interdimensional beings, serving as a medium for communication.
7. Poised State and Recoherence:
   • The ‘poised state’ that spans states of coherence could be a shared state between our dimension and the interdimensional realm. Achieving recoherence might be the key to initiating communication.
8. Correlating Processing Activity and Conscious Episodes:
   • The debate around processing activity and conscious episodes in our dimension might have parallels in the interdimensional realm. Achieving synchronization between these processes could facilitate clearer communication.
9. Other Perspectives:
   • The interaction between the brain’s microtubules and the vacuum state of the universe or the zero-point field, as proposed by various researchers, might be the gateway to reaching out to interdimensional beings.

Developing the Technology:

1. Quantum Communication Devices:
   • Building on the work of Roger Penrose and Stuart Hameroff, researchers could develop devices that harness quantum processes related to the collapse of the wave function to send and receive messages to and from the interdimensional realm.
2. Holonomic Transceivers:
   • Using the principle of holonomic communication with quantum fields, scientists could design transceivers capable of tapping into the universal mind, serving as a bridge between dimensions.
3. Coherence Maintaining Systems:
   • Drawing from Stuart Kauffman’s and Johnjoe McFadden’s work, technologies that maintain quantum coherence, such as phonons and electron spin, could be developed to ensure stable communication channels.
4. Interdimensional Resonators:
   • Devices that can resonate with the frequencies of the interdimensional realm, based on the theories of coherent electron transport and the poised state, could be the key to initiating contact.

In conclusion, while the realm of interdimensional consciousness and communication is speculative, the theories of quantum consciousness provide a promising foundation. With continued research and technological advancements, the dream of communicating with interdimensional beings might one day become a reality.

Applications to TMT, ITC and EVP – Part 2


Interdimensional Consciousness: Bridging the Gap Between Realms

Introduction: Drawing from the extensive research on quantum consciousness as presented in the document, we posit the existence of conscious life forms beyond our physical plane, termed as “interdimensional beings”. These beings, while not bound by our physical constraints, observe mechanisms of consciousness akin to the theories we’ve studied. Both physical and interdimensional entities are proposed to tap into a ‘universal consciousness’ or ‘universal mind’, a vast reservoir of knowledge and awareness that transcends dimensions.

The Science of Interdimensional Communication:

1. Microtubules and Quantum Computations (Hameroff’s Theory):
   • Science: If microtubules in our brain can maintain quantum states, it’s conceivable that similar structures or quantum entities exist in interdimensional beings, allowing for quantum computations beyond our physical realm.
   • Technology Development: Researchers could develop quantum computers that mimic the function of microtubules, aiming to tap into the same quantum states that interdimensional beings might use.
2. Quantum Brain Dynamics (Umezawa and Frohlich’s Theory):
   • Science: The quantum fields in the brain, which maintain coherence and interact with each other, could be the key to understanding similar fields in interdimensional spaces.
   • Technology Development: Devices that can detect and interact with these quantum fields, possibly using advanced magnetoencephalography (MEG) or other quantum field detectors, could be developed.
3. Geometry of the Universe (Penrose’s Theory):
   • Science: If consciousness is tied to the geometry of the universe, then the fabric of spacetime itself might be the medium through which interdimensional beings communicate.
   • Technology Development: Advanced gravitational wave detectors or instruments that can manipulate spacetime geometry might be the key.
4. Electromagnetic Fields (McFadden’s Theory):
   • Science: The brain’s electromagnetic field, which holds the same information as neuron firing patterns, could be a universal mechanism of consciousness transfer.
   • Technology Development: Devices that can amplify, detect, and interpret these electromagnetic fields, like advanced EEGs, could be used to communicate with interdimensional beings.
5. Ion Channel Coherence (Bernroider’s Theory):
   • Science: If ion channels can encode information about the state of atoms and can be non-locally entangled, they might serve as a bridge between dimensions.
   • Technology Development: Nanotechnology that can manipulate ion channels, ensuring their coherence, could be pivotal.

6. David Bohm: Wholeness and the Implicate Order
   • Science: Bohm’s theory of the implicate order suggests that everything in the universe is interconnected in an unmanifested, enfolded order. This interconnectedness could be the foundation for communication between our physical realm and interdimensional beings.
   • Technology Development: Devices or systems that can tap into this implicate order, possibly through advanced quantum field manipulations, might allow for communication with interdimensional entities.
7. Henry Stapp: Attention, Intention, and Quantum Coherence
   • Science: Stapp’s work on the role of attention and intention in quantum processes suggests that conscious intent can influence quantum states. This could imply that focused intent might bridge communication gaps between dimensions.
   • Technology Development: Mind-machine interfaces that harness the power of intention and attention, combined with quantum computing, could be a pathway to interdimensional communication.
8. Amit Goswami: The Vacuum as Universal Information Field
   • Science: Goswami posits the vacuum as a universal information field from which all matter arises. This field could be the medium through which both physical and interdimensional beings access universal consciousness.
   • Technology Development: Devices that can interact with the quantum vacuum, extracting and interpreting information, might be key.
9. Simon Raggett: A Final Attempt to a Theory on Consciousness
   • Science: Raggett suggests that quantum fields may holographically project into each other, allowing for interactions of their associated quantum waves. This could be the mechanism through which interdimensional beings communicate.
   • Technology Development: Instruments that can detect and manipulate these holographic projections might pave the way for communication.
10. Fritjof Capra: The Tao of Physics

• Science: Capra draws parallels between quantum physics and eastern mysticism, emphasizing interconnectedness. This interconnectedness might be the fabric that binds physical and interdimensional beings.
• Technology Development: Meditation and consciousness-enhancing technologies, combined with quantum field studies, might be the key to unlocking this interconnected communication.

11. Andrei Khrennikov: Quantum-like brain and other metaphoric QM models (p 98-102)

• Science: Khrennikov discusses the idea of a “quantum-like brain”, suggesting that the brain may operate according to principles similar to those of quantum mechanics. He delves into various metaphoric quantum mechanical models of the brain, including the potential for quantum superposition and entanglement within neural networks.
• Technology Development: Advanced neural network models and quantum simulators that can replicate and study these quantum-like behaviors in the brain might be the key to understanding and potentially communicating with interdimensional beings.

12. Hu and Wu/Persinger: Spin mediated consciousness (p 103- 106)

• Science: Hu, Wu, and Persinger propose a theory of consciousness mediated by quantum spin. They suggest that quantum spin could provide an interface between the composition of the brain and the electromagnetic waves that traverse it. Consciousness emerges from the collapse of spin states that are entangled with one another.
• Technology Development: Spintronic devices or quantum spin detectors that can measure and manipulate spin states in the brain might pave the way for interdimensional communication.

13. Chris Clarke: Qualia and free will (p 106- 109)

• Science: Clarke delves into the concepts of qualia and free will. He posits that qualia arise from an ‘entanglement’ between an individual and the perceived object. Free will emerges from the use of self-reflection to change the reference frame within which decisions are made. He also touches upon the unity of consciousness and the perception of external objects.
• Technology Development: Advanced cognitive and neural interfaces that can tap into and manipulate qualia and decision-making processes might be instrumental in bridging communication with interdimensional entities.

14. Herms Romijn: Photon-mediated consciousness and recent models (p, 110-114)

• Science: Romijn proposes that consciousness is encoded into the virtual photons that generate electric and magnetic fields. He perceives the brain as a chaotic self-organizing process, the outcome of which is the pattern of electric and magnetic fields produced by the dendritic trees of neurons. These patterns are believed to code for the qualia, and virtual photons comprise the electric and magnetic fields which are thought to encode conscious experience.
• Technology Development: Photonic devices or advanced electromagnetic field detectors that can interact with these virtual photons and the associated fields might be the key to interdimensional communication.

Conclusion: The universal consciousness or mind serves as a vast ocean from which both physical beings and interdimensional entities draw their awareness. By understanding the quantum mechanics of consciousness, as posited by the aforementioned theories, we can begin to develop the science and technology needed to bridge the gap between our physical realm and the realm of interdimensional beings. The future holds the promise of not just understanding our own consciousness but also communicating with entities beyond our current comprehension. Each theory, when combined, paints a picture of a universe teeming with conscious entities, both within our physical realm and beyond, all tapping into the same universal consciousness. The challenge lies in harnessing the right technology to bridge the gap.