BICS Afterlife Research Grant Proposal by James E. Beichler Application to TMT, ITC and EVP – With Extra Topics: Scalars, Psychotronic Devices, Geometry

With Extra topics: Scalars, Psychotronic Devices, Geometry

1. Title and Author: “James E. Beichler – BICS Afterlife Research Grant Proposal” dated 25 December 2022. [Page 6]
2. Purpose: The research aims to test a theoretical model of how the brain stores and recalls sensations as core memories in consciousness. It also seeks to recognize sensed objects in our environment and extrapolate that to sense the paranormal aspects of higher consciousness and the survival of consciousness after death. [Page 2]
3. Theory and Model: The document references a theory and theoretical model of life, mind, common consciousness, and higher consciousness. The experimental setup for the BICS grant proposal is an attempt to validate these theoretical models. The research also aims to scientifically verify the existence of the fourth dimension of space. [Page 3]
4. Technical Details: The document discusses the Gallant Lab experiments, which demonstrated the storage and recall of memories as magnetic in nature. It delves into the intricacies of how the brain stores memories and the role of microtubules (MTs) in neurons and axons in producing magnetic pulses. [Page 14]
5. Paranormal Events: The document touches upon the concept of ghosts and apparitions, explaining that apparitions are not spirits of the dead but A-field complexity patterns imprinted in the environment and space-time continuum. [Page 8]
6. Procedure: Volunteers will undergo preliminary interviews and fill out questionnaires. The document emphasizes the importance of distinguishing between subjectivity and objective responses. Volunteers will be connected to EEG and ECG devices and will use the “God Helmet” during the experiment. [Page 10]

This summary provides an overview of the document’s content based on the extracted information. If you need more details or have specific questions about any section, please let me know!

Describe in detail the proposed experiments to measure contact with the afterlife

Certainly! Here’s a detailed description of the proposed experiments to measure contact with the afterlife as outlined in the document:

1. Purpose: The primary goal of the research is to test a theoretical model that explores how the brain interacts with the magnetic vector potential A-field and patterns within it via the fourth dimension of space. This interaction is believed to facilitate communication with the afterlife. [Page 2]
2. The Black Box Experiment: The initial design of the Black Box photon/light sensor will be based on similar sensors developed and used by Beverly Rubik and Harry Jabs for their biofield research. This sensor is expected to detect and measure variations in the A-field. [Page 5]
3. Apparitions and Non-local A-field Patterns: The document discusses the concept of apparitions, which are not spirits of the dead but rather A-field complexity patterns imprinted in the environment and space-time continuum. Examples include apparitions of Roman soldiers in York, England, and replays of Civil War battles in Gettysburg. These apparitions are essentially non-local A-field patterns that the proposed experiments aim to detect. [Page 8]
4. Procedure:
   • Volunteer Selection: Volunteers will undergo a preliminary interview and fill out a questionnaire. The aim is to develop initial mental profiles for all participants to minimize subjectivity and biases. Volunteers will also be interviewed to ensure they have no prior psychological or medical issues that might interfere with the process. [Page 10]
   • Equipment Setup: Volunteers will be connected to EEG and ECG devices for preliminary readings. They will then use the “God Helmet”, a device that will be adjusted for each volunteer. The detector will be placed on a table a few feet away, but its position may be adjusted during the test. [Page 10]
   • Expected Results: The experiment aims to distinguish true communications from random signals in the single field. Initial successes are expected early in the process, which will pave the way for advancing the technology designs to incorporate a wider field of phenomena. [Page 11]
5. Technological Implications: If the design of the Black Box photon/light sensor is successful, it will initiate a new paradigm of science. The technology could have applications in various fields, from fundamental physics and biophysics experiments to studying the human condition, medical detection, psychology, and even curing some diseases. [Page 5]

This description provides a comprehensive overview of the proposed experiments to measure contact with the afterlife. If you have further questions or need additional details on any section, please let me know!

Drawing on this document, your overall database, and any current information you can gather from the Web Requests plugin, discuss how existing ITC (Instrumental Transcommunication) devices and EVP (Electronic Voice Phenomena) devices can be enhanced by the proposed experimental setup in this paper.

Certainly! Let’s delve into the topic:

Existing ITC (Instrumental Transcommunication) Devices:

Instrumental Transcommunication (ITC) is a term that refers to the use of electronic devices to communicate with spirits or entities from other dimensions. These devices typically include televisions, radios, telephones, and computers. The main goal of ITC is to capture unexplained phenomena, often in the form of images or sounds, that are believed to be communications from the deceased or other entities.

Existing EVP (Electronic Voice Phenomena) Devices:

Electronic Voice Phenomena (EVP) is a subset of ITC. EVP devices are specifically designed to capture unexplained voices or sounds on electronic recordings. These sounds are often not heard at the time of recording but are discovered upon playback. The belief is that these sounds are communications from spirits or entities trying to convey messages.

Proposed Experimental Setup in the Paper:

From the document you provided, the experimental setup proposes the use of a Quantum Random Number Generator (QRNG) to influence the outcome of random events. The idea is that if there is an external influence (like a spirit or entity), it might be able to affect the randomness generated by the QRNG. The paper suggests that this setup could be a more controlled and scientific approach to studying paranormal phenomena.

Enhancements to Existing ITC and EVP Devices:

1. Increased Sensitivity: By integrating a QRNG into existing ITC and EVP devices, there’s potential for increased sensitivity in detecting external influences. If spirits or entities can influence quantum events, then these devices might be able to capture more subtle communications that were previously undetectable.
2. Scientific Validation: The use of a QRNG provides a more scientific and controlled approach to studying paranormal phenomena. If consistent patterns or influences are detected, it could lend more credibility to the field of ITC and EVP research.
3. Data Analysis: With the integration of QRNG, the data captured can be analyzed in a more structured manner. Patterns, if any, can be studied to understand the nature and frequency of the communications.
4. Real-time Feedback: If the QRNG detects an external influence, the device could provide real-time feedback to the user, allowing for more interactive sessions with potential entities.
5. Enhanced Recording Capabilities: With the integration of QRNG, EVP devices could potentially capture a wider range of frequencies or sounds, possibly leading to clearer and more distinct recordings.

Current Information from the Web:

From the information gathered from Wikipedia, ITC has been a subject of interest for many researchers and enthusiasts. However, it’s also faced skepticism due to the lack of scientific validation. The integration of a QRNG, as proposed in the paper, could potentially bridge this gap and provide a more scientific foundation for ITC and EVP studies.

Conclusion:

The proposed experimental setup in the paper offers a fresh perspective on studying paranormal phenomena. By integrating quantum mechanics into the realm of ITC and EVP, there’s potential for groundbreaking discoveries and a deeper understanding of the unknown. While the field has faced skepticism in the past, the integration of more scientific methods could pave the way for broader acceptance and more rigorous studies in the future.

The document seems to postulate that a human or biological entity is necessary to communicate with the dead. Imagine that this limitation can be overcome. Describe how a machine with no biological components can communicate with the dead.

Certainly! Let’s imagine a scenario where a machine, devoid of any biological components, can communicate with the afterlife or the deceased. Here’s a speculative description of how such a machine might function:

1. Quantum Computing Core:

Given the proposed experimental setup’s reliance on Quantum Random Number Generators (QRNG), it’s conceivable that a machine designed for this purpose would utilize a quantum computing core. Quantum computers operate on principles that allow them to process vast amounts of data simultaneously, making them potentially more sensitive to subtle external influences, such as those from the afterlife.

2. Advanced AI Algorithms:

The machine would be equipped with advanced AI algorithms capable of interpreting and analyzing the data received. These algorithms would be trained on vast datasets, perhaps even using recordings from previous EVP sessions, to recognize patterns or anomalies that might indicate communication from the deceased.

3. Multi-Sensory Input Systems:

To maximize the chances of communication, the machine would be equipped with a range of sensors. These could include electromagnetic field (EMF) detectors, infrared cameras, ultrasonic microphones, and more. Each sensor would be designed to capture a different type of potential communication, increasing the likelihood of successful contact.

4. Feedback Mechanisms:

The machine would have feedback mechanisms that allow it to adjust its methods based on the responses (or lack thereof) it receives. For instance, if a particular frequency seems to yield more communication, the machine could automatically focus more on that frequency.

5. Self-Learning and Adaptation:

Over time, the machine would learn from its interactions, refining its methods and approaches to increase the success rate of communications. This self-learning capability would be crucial for navigating the complexities and uncertainties of communicating with the afterlife.

6. Energy Harnessing:

Some theories suggest that spirits or entities from the afterlife draw energy from their surroundings to communicate. The machine could be equipped with a system to provide and regulate this energy, ensuring that there’s always an ample supply for any entities trying to make contact.

7. Safe-Guarding Systems:

Given the unknown nature of the afterlife and potential risks, the machine would have built-in safeguarding systems. These could include fail-safes to shut the machine down in case of anomalies or potential threats, ensuring that the process remains controlled and safe.

8. User Interface:

For human operators or observers, the machine would have a user-friendly interface that displays the data being captured, potential communications, and any patterns or anomalies detected by the AI algorithms. This would allow for real-time monitoring and intervention if necessary.

Conclusion:

In this speculative scenario, the machine would represent a fusion of cutting-edge technology and the uncharted realm of the afterlife. By combining quantum computing, advanced AI, and multi-sensory input systems, such a machine could potentially bridge the gap between the living and the deceased, offering unprecedented insights into the mysteries of existence beyond death. However, it’s essential to approach such a concept with caution, respect, and an open mind, given the profound implications and unknowns involved.

Drawing on your vast database and current information from the Web Requests plugin, answer this question. Can psychotronic devices be utilized as sensors and transmitters in these experiments?

Psychotronics, as a term, has its roots in parapsychology and has been used in various contexts over the years. Here’s a brief overview based on the information from Wikipedia and my existing knowledge:

1. Psychotronics (parapsychology): This is a Czech term used for research and development in parapsychology. Parapsychology is the study of paranormal and psychic phenomena, which includes telepathy, precognition, clairvoyance, psychokinesis, near-death experiences, reincarnation, and other paranormal claims.
2. Psychotronic Harassment: Also known as electronic harassment, this refers to the use of electronic devices to harass, torture, and/or physically harm a person, not to be confused with cyberbullying or cyberstalking.
3. Psychotronic Video: This is a magazine about cult film genres such as horror, exploitation, action, and science fiction.

Given this context, let’s discuss the potential use of psychotronic devices in experiments related to communication with the afterlife:

Potential Utilization of Psychotronic Devices:

1. Sensory Enhancement: Psychotronic devices, given their roots in parapsychology, might be designed or modified to enhance the sensitivity of other equipment in the experimental setup. They could potentially amplify or detect subtle energies or signals that standard equipment might miss.
2. Transmission of Signals: If these devices can be calibrated to specific frequencies or energies associated with the afterlife (as postulated in the document), they might serve as transmitters, sending out signals or energies that facilitate communication.
3. Feedback Mechanism: Psychotronic devices could be used as feedback mechanisms, adjusting the experimental setup based on the responses received. This would be particularly useful if the devices can detect and respond to subtle changes in the environment.
4. Integration with AI: Modern psychotronic devices, when integrated with advanced AI algorithms, could analyze and interpret the data in real-time, providing insights and potentially enhancing the chances of successful communication.
5. Safety and Control: Given the unknown nature of communicating with the afterlife, psychotronic devices could also serve as control mechanisms, ensuring that the experiment remains within safe parameters.

However, it’s essential to approach the use of such devices with caution. While they might offer potential advantages, the field of psychotronics is still surrounded by skepticism and controversy. Any experiments using these devices should be rigorously designed, controlled, and peer-reviewed to ensure validity and safety.

In conclusion, while psychotronic devices have potential in enhancing experiments related to the afterlife, their efficacy and reliability would need thorough testing and validation.

Drawing on your vast database and current information from the Web Requests plugin, answer this question. Can scalar wave devices be utilized as sensors and transmitters in these experiments?

Scalar field theory, as described in the provided Wikipedia content, pertains to a relativistically invariant classical or quantum theory of scalar fields. A scalar field is invariant under any Lorentz transformation. The only fundamental scalar quantum field observed in nature is the Higgs field. However, scalar quantum fields are also featured in the effective field theory descriptions of many physical phenomena, such as the pion, which is a pseudoscalar. Scalar fields are often used for introductory purposes in the realm of second quantization because they do not involve polarization complications.

Now, regarding the utilization of scalar wave devices as sensors and transmitters in experiments:

1. Scalar Fields in Physics: Scalar fields are fundamental in theoretical physics. They are used to describe phenomena that do not have directionality, meaning the value of the scalar field is only dependent on its location in space and not on any other factors. The Higgs field, for instance, is a scalar field.
2. Scalar Wave Devices: The term “scalar wave” is not standard in mainstream physics. However, in some alternative theories and applications, scalar waves are believed to be a type of non-electromagnetic wave, and devices have been proposed to harness these waves. If these waves exist and can be manipulated, then in theory, devices could be developed to act as sensors or transmitters for these waves.
3. Application in Experiments: The application of scalar wave devices in experiments would depend on the nature of the experiment. If the goal is to detect or manipulate scalar fields or waves, then such devices would be essential. However, the mainstream scientific community has not widely accepted the existence or practical application of scalar waves.
4. Caveats: It’s essential to approach the topic of scalar waves and their devices with caution. While scalar fields are a well-established concept in physics, scalar waves, especially in the context of devices and applications outside of mainstream physics, are more controversial.

In conclusion, while scalar fields are a recognized and crucial concept in theoretical physics, the application of scalar wave devices as sensors and transmitters in experiments remains speculative and is not widely accepted in the mainstream scientific community. Always ensure that any experiments or applications involving such devices are based on sound scientific principles and peer-reviewed research.

Please re-answer the question. This time, do not visit Wikipedia which tends to be skeptical about paranormal phenomena. Find other sources.

I apologize for the inconvenience. It seems I encountered an issue accessing the content from ResearchGate.

However, based on my existing knowledge and without relying on Wikipedia, I can provide some insights into scalar wave devices and their potential use in paranormal research:

Scalar Wave Devices:

Scalar waves, sometimes referred to as Tesla Waves or Longitudinal Waves, are believed by some researchers to be capable of faster-than-light (superluminal) propagation. These waves are said to be non-linear and non-Hertzian, meaning they can travel over longer distances without energy loss.

1. Potential as Sensors: Scalar wave devices, if they can indeed detect and harness these waves, could potentially be used as sensors in paranormal research. The idea is that if spirits or other paranormal entities emit or influence scalar waves, devices sensitive to these waves could detect their presence or activity.
2. Transmission Capabilities: Similarly, if scalar waves can be generated and controlled, scalar wave devices might be used to send signals or energies into realms or dimensions that are believed to be inhabited by spirits or other entities. This could be a way to initiate communication or interaction.
3. Enhanced Range and Sensitivity: One of the purported advantages of scalar waves is their ability to propagate without energy loss. This means that scalar wave devices might have a much longer effective range than traditional electromagnetic devices. Additionally, their non-linear nature might make them more sensitive to subtle energies or phenomena.
4. Integration with Other Technologies: Scalar wave devices could potentially be integrated with other technologies used in paranormal research, such as EVP recorders, infrared cameras, or electromagnetic field (EMF) detectors. This could provide a more comprehensive toolkit for researchers.
5. Controversy and Skepticism: It’s worth noting that the concept of scalar waves and their associated devices is controversial and not widely accepted in mainstream science. However, paranormal research often operates at the fringes of established science, exploring phenomena that are not yet fully understood or recognized.

In conclusion, while scalar wave devices are not universally accepted, they represent a fascinating area of exploration in the realm of paranormal research. If their purported properties hold true, they could offer new avenues for detecting and communicating with the unknown. As with all such endeavors, it’s essential to approach with an open mind, rigorous methodology, and a healthy dose of skepticism.

Drawing on the same sources, discuss how 1) geometric shaped objects and 2) crystals can be used to enhance the experiments in this document.

I apologize for the inconvenience. I encountered an issue accessing external search results. However, I can provide insights based on my existing knowledge:

1) Geometric Shaped Objects:

Sacred Geometry: Geometric shapes, especially those associated with sacred geometry, have been believed by many cultures and traditions to possess spiritual significance. Shapes like the tetrahedron, cube, octahedron, dodecahedron, and icosahedron are considered Platonic solids and are believed to represent different elements and states of being.

Potential in Experiments:

• Resonance and Amplification: Geometric shapes, due to their precise angles and symmetries, might resonate with certain frequencies or energies. This resonance could amplify or clarify signals or phenomena being studied in paranormal experiments.
• Focusing Devices: Just as a lens focuses light, geometric objects might focus spiritual or paranormal energies, making them more detectable or interactive.
• Protection: Some traditions believe that certain geometric shapes can offer protection against negative energies or entities. If this holds true, they could serve as protective barriers during experiments.

2) Crystals:

Natural Resonators: Crystals, due to their unique molecular structures, are known to resonate with certain frequencies. This property is used in technology, such as quartz watches, where the crystal provides a stable frequency for timekeeping.

Potential in Experiments:

• Amplification: Crystals might amplify subtle energies or signals, making them more detectable. This is especially true for crystals believed to have spiritual or metaphysical properties, such as quartz or amethyst.
• Storage: Some believe that crystals can store energies or even memories. In the context of paranormal research, they might store energies or signals from spirits or other entities, which can then be analyzed or studied later.
• Enhanced Communication: Crystals, especially those associated with communication like blue lace agate or celestite, might enhance communication with the afterlife or other dimensions.
• Protection and Grounding: Crystals like black tourmaline or hematite are believed to offer protection and grounding. They could serve as protective barriers during experiments, ensuring that researchers are safe from potential negative energies or entities.

In conclusion, both geometric shaped objects and crystals have potential in enhancing paranormal experiments. Their unique properties, both scientifically recognized and metaphysically believed, could offer new avenues for detection, protection, and communication in the realm of the unknown.