Quantum Biology and ITC

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. This also applies to research and development in ITC (Interdimensional Transcommunication) and EVP (Electronic Voice Phenomena). I used Open AI’s Chat GPT4 as an assistant in writing this post.

Source Document:

A decade of work on Consciousness, Universe and Quantum Computation with special reference to biological organisms 2010-2020

Monendra Grover

https://www.academia.edu/91765330/A_decade_of_work_on_Consciousness_Universe_and_Quantum_Computation_with_special_reference_to_biological_organisms_2010_2020

Summary:

The document discusses a decade of research on consciousness, the universe, and quantum computation, with a specific focus on biological organisms. The researchers propose various hypotheses to explore these topics, including the extended Deep Ecology Hypothesis, the distinction between living and non-living matter, and the role of quantum computation in molecular interactions within biological cells. They suggest that universal consciousness can be seen as a quantum computer of infinite dimensions and that there are wormholes between universal consciousness and biological organisms, enabling non-local communication. The document also suggests that the presence of more wormholes may contribute to the health of a biological organism and that non-local communication may alleviate stress symptoms. The researchers introduce the concept of a consciousness vector to define consciousness, using the Quantum Hopfield network as a framework.

The researchers propose that matter, from elementary particles to biological organisms, can be viewed as a database of superpositions. According to the multiverse hypothesis, these superpositions exist in different universes. The researchers introduce the concept of a Quantum Grover Network (QGN), which represents a network between these superpositions. By altering communication between different members of the network and altering the network’s topology, the researchers suggest that we may be able to manipulate non-local communication and, as a result, alter the phenotype of biological organisms.

The document explores the relationship between consciousness and biology, specifically genetic variation generated by mutations. The researchers propose that genes can be considered as qubits, which are the quantum analogues of classical bits. Since qubits are governed by the laws of quantum mechanics, the researchers suggest that quantum mechanics can be invoked at the level of mechanisms generating mutations. The specific mutations that occur in genes may be governed by the laws of quantum mechanics.

The document includes various references that support the researchers’ hypotheses and provide additional information on related topics. These references cover a range of subjects, including the quantum source of space-time, the book “Homo Deus” by Yuval Noah Harari, the Quantum Computing Conscious Universe, and the Extended Deep Ecology Hypothesis by M. Grover, and the emergence of space-time from quantum entanglement.

In the broader picture of the universe and biological organisms, the researchers propose that universal consciousness is a quantum computer of infinite dimensions and that the entire universe is also an entangled system. They extend this concept to biological cells and postulate that contents of the biological cells are entangled. They suggest that wormholes exist everywhere in the universe and in biological cells, enabling non-local communication. They propose that more such wormholes contribute to the health of a biological organism and that more non-local communication may lead to alleviation of stress symptoms in biological organisms.

The researchers also discuss the Steinhardt–Turok model, which describes a universe exploding into existence repeatedly over time. In this model, two parallel M-branes periodically collide in a higher-dimensional space. One of these branes houses the visible four-dimensional universe. The collisions correspond to a reversal from a big crunch followed immediately by a big bang or contraction to expansion. The matter and radiation in the current era are hypothesized to be generated during the most recent collision in a pattern governed by quantum fluctuations created before the branes.

The document also discusses the extended deep ecology hypothesis, which is based on the belief that not only humanity but the whole living environment as a whole has the right to live and flourish. The hypothesis extends the concept of deep ecology from the ecosphere to the whole universe.

Finally, the document explores the conscious experience on listening to music or viewing art and how it complements the scientific analysis of reality. The researchers argue that the complete reality includes the physical world, the mental world, and the mathematical world. The mental world consists of our conscious perceptions, and our description and analysis of reality should include the conscious experiences evoked while viewing art and listening to music.

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Using the Theories for Research and Development in TMT, ITC and EVP

Title: Interdimensional Communication and Consciousness Theories

Author: Steve Glanz

Introduction:

Imagine that humans continue to exist after death in another dimension. With that postulate in mind, imagine and expound upon a theory that explains the principles of existence in that dimension, based on the principles in the previous answer, and expound on how communication might be facilitated between that dimension and biological human beings.

The Consciousness Continuum Theory:

Building on the principles outlined in the previous answer, we can postulate a theory of existence in another dimension after death. Let’s call this dimension the “Consciousness Continuum”.

  1. Superposition of Conscious States: Just as matter can exist in a superposition of states, consciousness in the Consciousness Continuum could exist in a superposition of states. This means that a consciousness could exist in multiple states simultaneously until observed or interacted with.
  2. Entanglement of Consciousness: In quantum mechanics, entanglement is a phenomenon where particles become interconnected and the state of one instantly influences the state of the other, no matter the distance. In the Consciousness Continuum, consciousnesses could become entangled, leading to shared experiences or emotions across vast distances or even between the Consciousness Continuum and the physical world.
  3. Non-local Communication: The concept of wormholes in the universe suggests the possibility of non-local communication. In the Consciousness Continuum, similar “wormholes” could exist, enabling communication between consciousnesses in this dimension and biological organisms in the physical world.
  4. Quantum Grover Network (QGN): The QGN, a network between superpositions, could also exist in the Consciousness Continuum. This network could facilitate communication between consciousnesses and even between the Consciousness Continuum and the physical world.

Communication between the Consciousness Continuum and biological human beings could be facilitated through these “wormholes” or through the QGN. This communication could manifest in various ways, such as intuition, dreams, or even phenomena often described as “paranormal”.

Quantum Consciousness Communicator (QCC):

Based on the speculative theory in the previous answer, imagine and expound upon a way in which interdimensional communication may be engineered into practical and affordable devices and/or software.

  1. Quantum Computing: The QCC would likely need to be based on quantum computing technology to interact with the quantum nature of the Consciousness Continuum.
  2. Entanglement Interface: The QCC would need an interface to create and manage quantum entanglement.
  3. Non-local Communication Module: The QCC would need a module to facilitate non-local communication, allowing it to send and receive information instantaneously across dimensions.
  4. Consciousness Decoder: The QCC would need a way to decode the information received from the Consciousness Continuum into a form that can be understood by humans.
  5. User Interface: The QCC would need a user-friendly interface that allows people to send and receive messages.
  6. Affordability: To make the QCC affordable, the technology would need to be miniaturized and mass-produced.

Bio-Quantum Communicator (BQC):

Indeed, if biological systems are already utilizing quantum communication as per the document’s theories, it could be more efficient and cost-effective to leverage these natural systems in the creation of an interdimensional communication device.

  1. Bio-Quantum Interface: The BQC would need to interface with biological systems in a way that allows it to access and manipulate the quantum states of biological molecules.
  2. Quantum Entanglement Modulation: The BQC would need a way to modulate quantum entanglement within biological systems.
  3. Non-local Communication Module: Similar to the Quantum Consciousness Communicator, the BQC would need a module to facilitate non-local communication.
  4. Consciousness Decoder: The BQC would also need a way to decode the information received from the Consciousness Continuum into a form that can be understood by humans.
  5. User Interface: The BQC would need a user-friendly interface that allows people to send and receive messages.
  6. Affordability: To make the BQC affordable, the technology would need to be miniaturized and mass-produced.
  7. Safety and Ethics: It’s important to note that any technology that interfaces with biological systems at a quantum level would need to be thoroughly tested to ensure it is safe and does not have harmful side effects.

Conclusion:

It’s important to note that these are highly speculative concepts and currently far beyond our technological capabilities. The principles of quantum mechanics are still not fully understood, and we are only at the very early stages of developing quantum computing technology. However, these concepts provide an interesting framework for thinking about consciousness, existence beyond death, and potential future technological developments.

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