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), EVP (Electronic Voice Phenomena) and ITC (Instrumental Transcommunication) research. I used Open AI’s Chat GPT4 as an assistant in writing this post.
Source document is 6 pages.
Summary
Brain & Consciousness, Proc. ECPD Symposium: The document originates from a symposium on Brain & Consciousness organized by the ECPD. The editors of the proceedings are Lj. Rakić, G. Kostopoulos, D. Raković, and Dj. Koruga. The symposium took place in Belgrade, Yugoslavia, on 22-23 September 1997.
Title: A QUANTUM PICTURE OF A MULTIDIMENSIONAL UNIVERSE ON THE BASIS OF CONSCIOUSNESS: Authored by Marcus Schmieke from the Veda-Akademie in Lauterstein, Germany, the paper delves into the relationship between quantum physics and consciousness. It suggests that quantum physics can be derived from specific axioms that are inherently tied to human experience. The paper also touches upon the ancient knowledge from the Vedas, which describes the universe as a multidimensional hierarchy of processes.
Abstract: The abstract introduces the idea that quantum physics can be derived from a set of axioms that are preconditions of experience. It emphasizes that quantum theory provides a holistic description of reality, which encompasses both the mental and physical realms. The universe, according to ancient Vedic knowledge, consists of a multidimensional structure of processes. The paper posits that understanding the relationship between consciousness and matter requires a grasp of the more holistic aspects or levels of physical reality.
1. Time and Experience in Quantum mechanics: This section discusses the role of quantum mechanics as a tool for predicting future events. It highlights the distinction between the past, which is made up of facts, and the future, which consists of possibilities. The present moment plays a crucial role in transforming these possibilities into concrete facts. Interestingly, quantum physics introduces the concept of chance, emphasizing the probabilistic nature of events.
2. The Observer Effect in Quantum mechanics: The observer effect is a central theme in this section. It delves into the idea that the consciousness of an observer plays a role in the actualization of the wave function. The section references experiments conducted by Robert Jahn at Princeton University that provide evidence for this observer effect. The relationship between time and consciousness is also explored, suggesting that our understanding of time in quantum physics is intrinsically linked to the content of consciousness.
3. Personality and Knowledge: Personality is defined as an ever-expanding body of knowledge. This section discusses the introduction of irreducible personalities into the realm of physics. It suggests that the relationship between knowledge and specific quantum events is crucial for understanding the broader picture of physical reality.
4. Knowledge and Absolute Knowledge: The wave function in quantum theory, according to this section, represents an aspect of “absolute knowledge.” The paper suggests that there’s an exchange of information between this absolute knowledge and individual sets of knowledge. Interestingly, it also touches upon the idea that consciousness might be present even at the micro-level of the universe.
5. Matter, Life and Consciousness: This section critiques the Cartesian dualism of matter and mind. It presents three theses: matter and mind have a shared conscious origin, matter is essentially a life process, and energy is always related to a subject, implying it’s a form of life energy. The interconnectedness of matter and its perception is also discussed, emphasizing that they are two aspects of a single process.
6. Vedic Metaphysics: Vedic metaphysics describes reality as having both manifested and unmanifested aspects. This section delves into the role of intelligence and consciousness in shaping the implicit order of reality, suggesting that both are intertwined.
7. Foundations of Vedic Physics and Quantum Mechanics: The Vedic element, ether, is described as consisting of vibrations that carry information. The section differentiates between actual and potential information and discusses the role of the Vedic ether in the process of information transfer.
8. The Manifestation of Multidimensional Space: Lastly, this section explores how quantum mechanics derives the concept of space from time and consciousness. It suggests that space manifests due to the separated appearance of different aspects of reality, which are perceived differently based on our consciousness.
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Application to TMT, ITC and EVP
Engineering a Device for Communication Between Physical and Non-Physical Beings
In the realm of quantum mechanics and Vedic metaphysics, as described in the referenced document, the universe is a multidimensional hierarchy of processes. The interplay between consciousness, time, and space suggests that reality is far more intricate than our conventional understanding. If we assume the existence of non-physical beings, it’s conceivable that they operate within these higher dimensions or realms of consciousness. To communicate with these entities, we would need a device that can bridge our physical reality with these higher dimensions. Here’s a conceptual blueprint for such a device:
1. Theoretical Foundation: Before engineering a device, it’s essential to have a solid theoretical foundation. The document suggests that quantum mechanics and Vedic metaphysics provide a framework where consciousness plays a pivotal role in shaping reality. Thus, any device aiming to communicate with non-physical entities must operate at the intersection of quantum mechanics and consciousness.
2. Quantum Resonance Chamber: At the heart of the device would be a Quantum Resonance Chamber (QRC). This chamber would harness quantum entanglement, a phenomenon where particles become interconnected and the state of one instantly affects the state of the other, regardless of the distance between them. If non-physical beings operate on quantum principles, the QRC could serve as a medium for transmitting and receiving quantum signals.
3. Consciousness Interface: Given the document’s emphasis on consciousness, the device would need a way to interface with human consciousness. This could be achieved using advanced neural interfaces that can read and interpret brainwave patterns. When a user attempts to communicate, their intent (encoded in their brainwaves) would modulate the quantum signals in the QRC.
4. Vedic Ether Modulator: Drawing from Vedic metaphysics, the device would incorporate an Ether Modulator. As the Vedic element ether consists of vibrations carrying information, this modulator would convert the quantum signals from the QRC into etheric vibrations, which might be more accessible or interpretable by non-physical beings.
5. Feedback Mechanism: For two-way communication, the device would need a feedback mechanism. When non-physical entities respond, their messages, possibly in the form of etheric vibrations or quantum signals, would be captured by the device. The Consciousness Interface would then translate these signals into a form perceivable by the user, such as visual patterns or auditory signals.
6. Calibration and Safety Protocols: Given the uncharted nature of this endeavor, the device would need robust calibration protocols. Users would start with short sessions, gradually increasing their duration as they become more accustomed to the device. Safety measures would ensure that the device operates within defined quantum and etheric parameters to prevent any adverse effects on the user or the surrounding environment.
7. Potential Applications: Beyond communication with non-physical entities, the device could have other applications. Researchers could use it to explore higher dimensions, study the nature of consciousness, or even investigate the afterlife. On a therapeutic level, it might offer new avenues for mental and spiritual healing, allowing individuals to connect with higher realms of consciousness for guidance and insight.
8. Ethical Considerations: Venturing into communication with non-physical beings raises ethical questions. What are the implications of making contact with these entities? How do we ensure that the device is used responsibly and doesn’t harm the user or the non-physical beings? A comprehensive ethical framework would be essential, possibly overseen by a multidisciplinary committee of scientists, ethicists, and spiritual leaders.
Conclusion: The convergence of quantum mechanics, Vedic metaphysics, and modern technology offers a tantalizing possibility: bridging our physical reality with higher dimensions or realms of consciousness. While the engineering of such a device remains speculative, the theoretical underpinnings from the referenced document provide a roadmap. As we continue to push the boundaries of science and spirituality, we might one day unlock the mysteries of the universe and establish communication with non-physical beings.
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According to the article, what is the ether made of? Do convert quantum signals to etheric vibrations, one must know what the ether consists of and how to access it.
According to the article:
- The Vedic element ether consists of vibrations which carry information and its meaning. This refers to the quality of its potential perception through the senses of a conscious observer. Depending on the structure of our senses, this meaning will manifest in categories such as sound, touch, form, taste, and smell. (Page 3)
- Information and its meaning appear as two qualities carried by the subtle vibration (sound) associated with the Vedic element ether. The potential information represented by the wave function corresponds to the element air, which cannot be directly measured. This element consists of all the higher hierarchical influences on our perceived system. (Page 4)
To convert quantum signals to etheric vibrations, one would need to understand the nature of these vibrations and how they carry information. Given that the ether is associated with subtle vibrations that carry both information and its meaning, a device designed to communicate with non-physical beings would need to be sensitive to these subtle vibrations. It would also need to be capable of modulating and interpreting the information carried by these vibrations, translating it into a form comprehensible to human consciousness.
In practical terms, this might involve:
- Quantum-Etheric Transducer: A component that can convert quantum signals into etheric vibrations and vice versa. This transducer would need to operate at the quantum level, capturing and emitting the subtle vibrations associated with the Vedic ether.
- Information Decoder: Given that the etheric vibrations carry information and its meaning, the device would need a mechanism to decode this information. This could involve advanced algorithms or neural networks trained to interpret the patterns and meanings of the etheric vibrations.
- Consciousness Interface: As the etheric vibrations are related to the potential perception through the senses of a conscious observer, the device would need a way to present this information to the user. This could be achieved through auditory, visual, or tactile feedback, depending on the nature of the information.
- Calibration Mechanism: Given the subtle nature of etheric vibrations, the device would need a calibration mechanism to ensure it’s accurately capturing and transmitting these vibrations. This might involve periodic calibration using known etheric signals or feedback from the user.
By understanding the composition and nature of the Vedic ether and integrating this knowledge with quantum mechanics, it’s conceivable to design a device that bridges the gap between our physical reality and the realm of non-physical beings.
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Can the device work without a conscious observer? If so, how?
The device’s operation without a conscious observer introduces a fascinating dimension to its design, especially given the intricate relationship between consciousness and quantum mechanics as outlined in the referenced document. Let’s explore how such a device might function autonomously:
1. Autonomous Quantum-Etheric Interface: While the conscious observer plays a role in the actualization of quantum states (as suggested by the observer effect in quantum mechanics), it’s possible to design a device that can autonomously interact with the quantum and etheric realms. Advanced algorithms and machine learning models could be employed to simulate the “observation” process, effectively collapsing quantum states and generating etheric vibrations without human intervention.
2. Automated Information Decoder: To operate without a conscious observer, the device would need an automated system to decode the information carried by etheric vibrations. Advanced neural networks, trained on vast datasets of etheric patterns and their corresponding meanings, could autonomously interpret these vibrations and convert them into comprehensible data.
3. Data Storage and Analysis: In the absence of a conscious observer, the device would need a mechanism to store and analyze the data it captures. This could involve a combination of onboard storage and cloud-based solutions, allowing for real-time analysis and pattern recognition. Over time, the device could refine its interpretations based on accumulated data, improving its accuracy and efficiency.
4. Feedback Mechanisms: Even without a conscious observer, feedback is essential. The device could employ sensors to monitor its environment and adjust its operations accordingly. For example, if it detects anomalies or interference in the etheric vibrations, it could recalibrate itself or switch to a different operational mode.
5. Remote Access and Control: To ensure that the device can be monitored and controlled without direct human presence, it would be equipped with remote access capabilities. Researchers or users could access the device’s data and control its functions from a distance, making real-time adjustments as needed.
6. Ethical and Safety Protocols: Operating autonomously introduces potential risks, especially when dealing with realms that are not fully understood. The device would need built-in safety protocols to prevent malfunctions or unintended consequences. For instance, if it detects abnormal patterns or potential harm, it could shut down automatically.
Conclusion: While the conscious observer plays a pivotal role in many quantum processes, it’s conceivable to design a device that operates autonomously in the realm of quantum-etheric communication. By leveraging advanced algorithms, machine learning, and remote technologies, such a device could bridge the gap between the physical and non-physical realms without direct human intervention. However, the ethical and practical implications of such autonomous operations would need careful consideration and ongoing oversight.