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File255 - Telepathic Communication Wave Function Collapse2013-072020-07

Reference code: PT/FB/BL-2012-255
Location: Arquivo PCA - Pasta 28/2012
Title:
255 - Telepathic Communication Wave Function Collapse
Duration: 2013-07 - 2020-07
Researcher(s):
Karla Galdamez, Wolfgang Baer, Michael Ibison
Institution(s): Nascent Systems Inc., Carmel Valley, CA and Institute for Advanced Studies at Austin, Texas (USA)
Contents: Contents:
Bursary agreement
Application form
Correspondence
Progress report
Final report
Language: eng
Author:
Galdamez, K.
Secondary author(s):
Baer, W., Ibison, M.
Number of reproductions:
2
Keywords:
Parapsychology / Extrasensory perception (ESP) / Telepathy / Ganzfeld studies

DocumentBrain to Brain Communication: An exploration of mechanisms through non-linear quantum approximation (non-linear Schrodinger equation)2013

Reference code: PT/FB/BL-2012-255
Location: Arquivo PCA - Pasta 28/2012
Title:
255 - Telepathic Communication Wave Function Collapse
Duration: 2013-07 - 2020-07
Researcher(s):
Karla Galdamez, Wolfgang Baer, Michael Ibison
Institution(s): Nascent Systems Inc., Carmel Valley, CA and Institute for Advanced Studies at Austin, Texas (USA)
Contents: Contents:
Bursary agreement
Application form
Correspondence
Progress report
Final report
Language: eng
Author:
Galdamez, K.
Secondary author(s):
Baer, W., Ibison, M.
Number of reproductions:
2
Keywords:
Parapsychology / Extrasensory perception (ESP) / Telepathy / Ganzfeld studies

Reference code: PT/FB/BL-2012-255.02
Location: Arquivo PCA - Pasta 28/2012
Title:
Brain to Brain Communication: An exploration of mechanisms through non-linear quantum approximation (non-linear Schrodinger equation)
Publication year: 2013
Accessibility:
Document exists in file
Language:
eng
Author:
Galdamez, K.
Document type:
Unpublished document
Number of reproductions:
2
Reference:
Galdamez, K. (2013, October). Brain to Brain Communication: An exploration of mechanisms through non-linear quantum approximation (non-linear Schrodinger equation). Paper presented at Science and Non-duality conference (SAND), San Jose, CA.
Indexed document: No
Keywords: Non-linear Schrodinger equation / Telepathy

Brain to Brain Communication: An exploration of mechanisms through non-linear quantum approximation (non-linear Schrodinger equation)

Brain to Brain Communication: An exploration of mechanisms through non-linear quantum approximation (non-linear Schrodinger equation)

DocumentMacroscopic Entanglement through extended version of quantum mechanics (non-linear) and wave function collapse2013

Reference code: PT/FB/BL-2012-255
Location: Arquivo PCA - Pasta 28/2012
Title:
255 - Telepathic Communication Wave Function Collapse
Duration: 2013-07 - 2020-07
Researcher(s):
Karla Galdamez, Wolfgang Baer, Michael Ibison
Institution(s): Nascent Systems Inc., Carmel Valley, CA and Institute for Advanced Studies at Austin, Texas (USA)
Contents: Contents:
Bursary agreement
Application form
Correspondence
Progress report
Final report
Language: eng
Author:
Galdamez, K.
Secondary author(s):
Baer, W., Ibison, M.
Number of reproductions:
2
Keywords:
Parapsychology / Extrasensory perception (ESP) / Telepathy / Ganzfeld studies

Reference code: PT/FB/BL-2012-255.03
Location: Arquivo PCA - Pasta 28/2012
Title:
Macroscopic Entanglement through extended version of quantum mechanics (non-linear) and wave function collapse
Publication year: 2013
Accessibility:
Document exists in file
Language:
eng
Author:
Galdamez, K.
Document type:
Unpublished document
Number of reproductions:
2
Reference:
Galdamez, K. (2014, October). Macroscopic Entanglement through extended version of quantum mechanics (non-linear) and wave function collapse. Paper presented at the Science and Non-duality Conference (SAND), San Jose, CA.
Indexed document: No
Keywords: Quantum theory / Photon-eye interaction / Non-linear Schrodinger equation

Macroscopic Entanglement through extended version of quantum mechanics (non-linear) and wave function collapse

Macroscopic Entanglement through extended version of quantum mechanics (non-linear) and wave function collapse

DocumentBrain to Brain Communication, (BBC): A theoretical exploration2014

Reference code: PT/FB/BL-2012-255
Location: Arquivo PCA - Pasta 28/2012
Title:
255 - Telepathic Communication Wave Function Collapse
Duration: 2013-07 - 2020-07
Researcher(s):
Karla Galdamez, Wolfgang Baer, Michael Ibison
Institution(s): Nascent Systems Inc., Carmel Valley, CA and Institute for Advanced Studies at Austin, Texas (USA)
Contents: Contents:
Bursary agreement
Application form
Correspondence
Progress report
Final report
Language: eng
Author:
Galdamez, K.
Secondary author(s):
Baer, W., Ibison, M.
Number of reproductions:
2
Keywords:
Parapsychology / Extrasensory perception (ESP) / Telepathy / Ganzfeld studies

Reference code: PT/FB/BL-2012-255.04
Location: Arquivo PCA - Pasta 28/2012
Title:
Brain to Brain Communication, (BBC): A theoretical exploration
Publication year: 2014
Accessibility:
Document exists in file
Language:
eng
Author:
Galdamez, K.
Document type:
Unpublished document
Number of reproductions:
2
Reference:
Galdamez, K. M. (2014, April). Brain to Brain Communication, (BBC): A theoretical exploration. Poster presented at Towards a Science of Consciousness, Tucson, Arizona, CA.
Indexed document: No
Keywords: Telepathy / Photon-eye interaction

Brain to Brain Communication, (BBC): A theoretical exploration

Brain to Brain Communication, (BBC): A theoretical exploration

DocumentBrain to Brain Communication (BBC): Exploring quantum correlations and entanglement2014

Reference code: PT/FB/BL-2012-255
Location: Arquivo PCA - Pasta 28/2012
Title:
255 - Telepathic Communication Wave Function Collapse
Duration: 2013-07 - 2020-07
Researcher(s):
Karla Galdamez, Wolfgang Baer, Michael Ibison
Institution(s): Nascent Systems Inc., Carmel Valley, CA and Institute for Advanced Studies at Austin, Texas (USA)
Contents: Contents:
Bursary agreement
Application form
Correspondence
Progress report
Final report
Language: eng
Author:
Galdamez, K.
Secondary author(s):
Baer, W., Ibison, M.
Number of reproductions:
2
Keywords:
Parapsychology / Extrasensory perception (ESP) / Telepathy / Ganzfeld studies

Reference code: PT/FB/BL-2012-255.05
Location: Arquivo PCA - Pasta 28/2012
Title:
Brain to Brain Communication (BBC): Exploring quantum correlations and entanglement
Publication year: 2014
Accessibility:
Document exists in file
Language:
eng
Author:
Galdamez, K.
Document type:
Unpublished document
Number of reproductions:
2
Reference:
Galdamez, K. (2014, September). Brain to Brain Communication (BBC): Exploring quantum correlations and entanglement. Paper presented at Foundations of Mind Conference (FoM), University of California Berkeley, Berkeley, CA.
Indexed document: No
Keywords: Telepathy / Entanglement

Brain to Brain Communication (BBC): Exploring quantum correlations and entanglement

Brain to Brain Communication (BBC): Exploring quantum correlations and entanglement

DocumentWave function collapse and John von Neumann's photon-eye experiment2015

Reference code: PT/FB/BL-2012-255
Location: Arquivo PCA - Pasta 28/2012
Title:
255 - Telepathic Communication Wave Function Collapse
Duration: 2013-07 - 2020-07
Researcher(s):
Karla Galdamez, Wolfgang Baer, Michael Ibison
Institution(s): Nascent Systems Inc., Carmel Valley, CA and Institute for Advanced Studies at Austin, Texas (USA)
Contents: Contents:
Bursary agreement
Application form
Correspondence
Progress report
Final report
Language: eng
Author:
Galdamez, K.
Secondary author(s):
Baer, W., Ibison, M.
Number of reproductions:
2
Keywords:
Parapsychology / Extrasensory perception (ESP) / Telepathy / Ganzfeld studies

Reference code: PT/FB/BL-2012-255.06
Location: Arquivo PCA - Pasta 28/2012
Title:
Wave function collapse and John von Neumann's photon-eye experiment
Publication year: 2015
Accessibility:
Document exists in file
Language:
eng
Author:
Galdamez, K.
Document type:
Unpublished document
Number of reproductions:
2
Reference:
Galdamez, K. (2015, February). Wave Function Collapse and John von Neumann's Photon-eye Experiment. Paper presented at Naval Post Graduate School (NPS), Monterey, CA.
Indexed document: No
Keywords: Non-linear Schrodinger equation

Wave function collapse and John von Neumann's photon-eye experiment

Wave function collapse and John von Neumann's photon-eye experiment

DocumentPhoton-count and Visual sensitivity2015

Reference code: PT/FB/BL-2012-255
Location: Arquivo PCA - Pasta 28/2012
Title:
255 - Telepathic Communication Wave Function Collapse
Duration: 2013-07 - 2020-07
Researcher(s):
Karla Galdamez, Wolfgang Baer, Michael Ibison
Institution(s): Nascent Systems Inc., Carmel Valley, CA and Institute for Advanced Studies at Austin, Texas (USA)
Contents: Contents:
Bursary agreement
Application form
Correspondence
Progress report
Final report
Language: eng
Author:
Galdamez, K.
Secondary author(s):
Baer, W., Ibison, M.
Number of reproductions:
2
Keywords:
Parapsychology / Extrasensory perception (ESP) / Telepathy / Ganzfeld studies

Reference code: PT/FB/BL-2012-255.07
Location: Arquivo PCA - Pasta 28/2012
Title:
Photon-count and Visual sensitivity
Publication year: 2015
Accessibility:
Document exists in fiel
Language:
eng
Author:
Galdamez, K.
Document type:
Unpublished document
Number of reproductions:
2
Reference:
Galdamez, K. (2015, April). Photon-count and Visual sensitivity. Paper presented at Engineering Seminar. Coherent Labs, Santa Clara, CA.
Indexed document: No
Keywords: Non-linear Schrodinger equation / Photon-eye interaction

Photon-count and Visual sensitivity

Photon-count and Visual sensitivity

DocumentExploration of John von Neumann's photon-eye experiment and Wave Function Collapse2015

Reference code: PT/FB/BL-2012-255
Location: Arquivo PCA - Pasta 28/2012
Title:
255 - Telepathic Communication Wave Function Collapse
Duration: 2013-07 - 2020-07
Researcher(s):
Karla Galdamez, Wolfgang Baer, Michael Ibison
Institution(s): Nascent Systems Inc., Carmel Valley, CA and Institute for Advanced Studies at Austin, Texas (USA)
Contents: Contents:
Bursary agreement
Application form
Correspondence
Progress report
Final report
Language: eng
Author:
Galdamez, K.
Secondary author(s):
Baer, W., Ibison, M.
Number of reproductions:
2
Keywords:
Parapsychology / Extrasensory perception (ESP) / Telepathy / Ganzfeld studies

Reference code: PT/FB/BL-2012-255.08
Location: Arquivo PCA - Pasta 28/2012
Title:
Exploration of John von Neumann's photon-eye experiment and Wave Function Collapse
Publication year: 2015
Accessibility:
Document exists in file
Language:
eng
Author:
Galdamez, K.
Document type:
Unpublished document
Number of reproductions:
2
Reference:
Galdamez, K. (2015, August). Exploration of John von Neumann's photon-eye experiment and Wave Function Collapse. Paper presented at Foundations of Mind Conference (FoM), University of California Berkeley, Berkeley, CA.
Indexed document: No
Keywords: Quantum theory / Non-linear Schrodinger equation / Photon-eye interaction

Exploration of John von Neumann's photon-eye experiment and Wave Function Collapse

Exploration of John von Neumann's photon-eye experiment and Wave Function Collapse

DocumentOn an expanded concept of energy within a framework of brain to brain communication2020

Reference code: PT/FB/BL-2012-255
Location: Arquivo PCA - Pasta 28/2012
Title:
255 - Telepathic Communication Wave Function Collapse
Duration: 2013-07 - 2020-07
Researcher(s):
Karla Galdamez, Wolfgang Baer, Michael Ibison
Institution(s): Nascent Systems Inc., Carmel Valley, CA and Institute for Advanced Studies at Austin, Texas (USA)
Contents: Contents:
Bursary agreement
Application form
Correspondence
Progress report
Final report
Language: eng
Author:
Galdamez, K.
Secondary author(s):
Baer, W., Ibison, M.
Number of reproductions:
2
Keywords:
Parapsychology / Extrasensory perception (ESP) / Telepathy / Ganzfeld studies

Reference code: PT/FB/BL-2012-255.09
Location: Arquivo PCA - Pasta 28/2012
Title:
On an expanded concept of energy within a framework of brain to brain communication
Publication year: 2020
URL:
https://link.springer.com/article/10.1007/s41470-019-00067-8#citeas
Abstract/Results: ABSTRACT:
This article presents an experiment which studies the relationship between observer and observed phenomena in nature and how the concept of energy and force can be expanded through this relationship within the framework of brain to brain communication.
Accessibility: Document does not exist in file
Language:
eng
Author:
Galdamez, K. M.
Document type:
Article
Number of reproductions:
2
Reference:
Galdamez, K. M. (2020). On an expanded concept of energy within a framework of brain to brain communication. Activitas Nervosa Superior, 62, 12-16. doi: 10.1007/s41470-019-00067-8
Indexed document: Yes
Keywords: Wave function collapse / John von Neumann / Wigner’s friend / Vision / Remote intention / Communication at a distance / Correlated brains

DocumentFinal report - Telepathic communication wave function collapse2020

Reference code: PT/FB/BL-2012-255
Location: Arquivo PCA - Pasta 28/2012
Title:
255 - Telepathic Communication Wave Function Collapse
Duration: 2013-07 - 2020-07
Researcher(s):
Karla Galdamez, Wolfgang Baer, Michael Ibison
Institution(s): Nascent Systems Inc., Carmel Valley, CA and Institute for Advanced Studies at Austin, Texas (USA)
Contents: Contents:
Bursary agreement
Application form
Correspondence
Progress report
Final report
Language: eng
Author:
Galdamez, K.
Secondary author(s):
Baer, W., Ibison, M.
Number of reproductions:
2
Keywords:
Parapsychology / Extrasensory perception (ESP) / Telepathy / Ganzfeld studies

Reference code: PT/FB/BL-2012-255.01
Location: Arquivo PCA - Pasta 28/2012
Title:
Final report - Telepathic communication wave function collapse
Publication year: 2020
URL:
https://www.bial.com/media/3326/telepathic-communication-wave-function-collapse.pdf
Abstract/Results: ABSTRACT:
BACKGROUND
John von Neumann's hypothesized that human observation had an influence on the outcome of measurement. His hypothesis of wave function collapse (WFC) is the primary mechanism for the inclusion of observer influence. This observer influence of WFC is explored as a primary potential mechanism for non-local information transfer between brain to brain communication via single photon.
AIMS
The principal aim is to ascertain the collapse mechanism associated with an isolated subject receiving photon stimulation and who is under the mental influence of a second subject at a distant location establishing a relationship between unit of quanta and mental energy. A secondary aim is to explore how the concept of energy and force can be expanded through this relationship within the framework of brain to brain communication.
METHOD
Our methodology is to philosophically reduce observation and measurement to the smallest constituents that can be analyzed. The result is an experimental set up that allows for the measurement of a single photon received by the human eye. The experiment was extended to include two human subjects in order to explore the coupling between a single photon and mental energy via distant mental intention. The appropriate method of measuring this effect was determined via p-value calculation.
RESULTS
Presented results included photon pulse length stimulation of 100 ms and 10 ms.
The most significant p-value within the data sample of 100 ms photon pulse length rendered a result of a p value = 0.006 and was located within the Oz brain region. The data of 10 ms pulse length rendered a significant p-value of 0.01 found for the O1 channel which is exactly the photon stimulus presentation region for single photon perception at 150–170 ms, thus reinforcing the present hypothesis of brain to brain connectivity via a single quanta, and further demonstrating the necessity of expanding our current concept of energy to one that pertains to thought, or mental energy.
CONCLUSIONS
In conclusion, the collapse mechanism is associated to the effect of remote mental influence upon subject receiving the photon stimulation. This effect is shown to be positively significant, and constitutes a primary unit effect for the investigation of the dynamics of information transfer at a distance between subjects demonstrating that there exists an energy, yet un-named, which is at work within this information transfer. This energy constitutes an extension to our current definition and poses a challenge to the present state of science.
Accessibility: Document exists in file
Copyright/Reproduction:
By permission
Language:
eng
Author:
Galdamez, K.
Document type:
Final report
Number of reproductions:
2
Reference:
Galdamez, K. (2020). Final report - Telepathic communication wave function collapse.
Indexed document: No
Keywords: John von Neumann / p-values / Wave function collapse / Brain to brain communication / Non-local information

DocumentWave function collapse in retinal structure under aided/un-aided conditions2017

Reference code: PT/FB/BL-2012-255
Location: Arquivo PCA - Pasta 28/2012
Title:
255 - Telepathic Communication Wave Function Collapse
Duration: 2013-07 - 2020-07
Researcher(s):
Karla Galdamez, Wolfgang Baer, Michael Ibison
Institution(s): Nascent Systems Inc., Carmel Valley, CA and Institute for Advanced Studies at Austin, Texas (USA)
Contents: Contents:
Bursary agreement
Application form
Correspondence
Progress report
Final report
Language: eng
Author:
Galdamez, K.
Secondary author(s):
Baer, W., Ibison, M.
Number of reproductions:
2
Keywords:
Parapsychology / Extrasensory perception (ESP) / Telepathy / Ganzfeld studies

Reference code: PT/FB/BL-2012-255.10
Location: Arquivo PCA - Pasta 28/2012
Title:
Wave function collapse in retinal structure under aided/un-aided conditions
Publication year: 2017
URL:
https://www.cosmosandhistory.org/index.php/journal/article/view/598
Abstract/Results: ABSTRACT:
Photon-rhodopsin interaction is investigated within the context of information transfer at a distance. John von Neumann's idea of wave function collapse (WFC) forms the framework for the process of information transfer via a single light quanta along with human intention between pairs. Mathematical formalism relating to the density matrix is studied to distinguish the collapse phenomena from absorption and decoherence thus isolating more clearly the possible dynamics of a photon wave function via intention. Our main hypothesis consists on the assumption that the interaction of distant intention and photon-rhodopsin pair will result in a swift from a simple and straight forward absorption process to that of a single entry in the density matrix representation thus leading to case of wave function collapse (WFC).
Accessibility: Document exits in file
Language:
eng
Author:
Galdamez, K.
Document type:
Article
Number of reproductions:
2
Reference:
Galdamez, K. (2017). Wave function collapse in retinal structure under aided/un-aided conditions. Cosmos and History: The Journal of Natural and Social Philosophy, 13(2), 126-140.
Times cited: 0|2022-03-08
Indexed document: Yes
Keywords: Wave function collapse / Non-local information transfer / Brain to brain communication / Human intention