The term psi denotes all phenomena which cannot be explained by the laws of classical physics. Precognition is a form of psi, whereby the future influences the present. We conducted a study to test if strong mental activation through high-arousal visual stimuli caused smokers to exhibit precognition and influence a quantum random distribution in their favor. A Bayesian one sample t test revealed a Bayes Factor BF10 = 12.56, indicating strong evidence for the display of precognition. We found no gender differences and no statistically significant influence of nicotine dependency or smoking addiction on precognition. We outline several explanatory models of quantum mechanics and discuss limitations of the study as well as possible implications of psi-phenomena.
Table of Contents
1. Introduction
1.1. The Double-Slit Experiment
1.2. Copenhagen Interpretation
1.3 Many-Worlds-Interpretation
1.4. Psychology and Psi
1.5. Psi and Randomness
2. Method
2.1. Participants
2.2. Apparatus and Materials
2.3. Procedure
3. Results
3.1. Bayesian Statistics
3.2 Frequentist Statistics
4. Discussion
4.1. General Discussion
4.2 Limitations
4.3. Implications
4.4. Conclusion
5. References
Appendix
Research Objectives and Topics
This thesis investigates the hypothesis that human consciousness, specifically under conditions of strong mental activation caused by high-arousal visual stimuli, can exert a retroactive influence on a quantum random distribution. The research aims to empirically test whether smokers can influence a quantum random number generator to favor specific outcomes, thereby exploring the boundaries of mind-matter interaction.
- Examination of the theoretical intersection between quantum mechanics and parapsychological phenomena.
- Analysis of the role of mental and emotional activation in human-machine interaction.
- Evaluation of precognition as an evolutionary adaptation for avoiding negative future stimuli.
- Application of Bayesian statistical analysis to assess evidence for non-local retroactive effects.
- Comparative study of smokers and non-smokers regarding their interaction with a quantum random event generator.
Excerpt from the Book
1. Introduction
“Anyone who is not shocked by quantum mechanics has not understood it” - Niels Bohr
At some time in history, a new theory appears that would challenge the existing paradigms of knowledge and truth. In 1801, physics was fundamentally changed when Thomas Young conducted an experiment to test if light behaved like a particle or a wave. His revelations were so controversial that many physicists sought to replicate them. The modern version of Young’s experiment, known as the double-slit experiment (Jönsson, 1961) placed the scientific community in front of their greatest challenge ever. A completely new branch of physics, quantum mechanics, had emerged in an effort to explain the peculiar behavior of atoms. Up until this point, Newtonian physics has done an excellent job in explaining our macroscopic world. However, it failed to explain the behavior of particles in the microscopic world. On a quantum level, the behavior of atoms is completely random and cannot be predicted by any known laws. It appears to be that the macroscopic and microscopic world are governed by different laws.
Summary of Chapters
1. Introduction: This chapter introduces quantum mechanics and the double-slit experiment, explores theoretical interpretations, and defines the role of psychology and psi in the context of random distributions.
2. Method: This section details the participant demographics, the technical apparatus (true-RNG), and the procedure used to induce mental activation and record participant interaction.
3. Results: This chapter presents the statistical findings, employing both Bayesian and frequentist methods to analyze whether smoker and non-smoker groups deviate from expected random outcomes.
4. Discussion: The final section interprets the findings within an evolutionary framework, addresses the study's limitations, and explores the broader implications of psi-phenomena for our understanding of reality.
Keywords
consciousness, quantum mechanics, precognition, psi, parapsychology, random number generator, double-slit experiment, superposition, Bayesian statistics, mental activation, smoking addiction, entanglement, human-machine interaction, retrocausality
Frequently Asked Questions
What is the core subject of this thesis?
The thesis explores the potential influence of human consciousness on physical systems, specifically focusing on whether mental activation can cause deviations in a quantum random number generator.
What are the primary themes of this research?
The work covers quantum physical principles like wave-particle duality, the theoretical interpretations of quantum mechanics, parapsychology, and the use of statistical methods to test for anomalous effects.
What is the main research question or goal?
The goal is to determine if smokers, subjected to high-arousal smoking stimuli, exhibit precognitive capabilities that allow them to unconsciously influence a quantum random distribution in their favor.
Which scientific methodology is utilized?
The study uses an experimental laboratory setup with a true quantum random number generator, complemented by Bayesian statistical analysis to determine the strength of evidence for the proposed hypotheses.
What topics are covered in the main section?
The main sections cover the background of quantum paradoxes, the history and current state of parapsychology research, detailed experimental procedures involving visual stimuli, and statistical interpretation of the results.
Which keywords characterize this work?
Key terms include consciousness, quantum mechanics, precognition, psi, parapsychology, and random number generator.
How does the researcher address the skepticism regarding parapsychology?
The author emphasizes the need for rigorous experimental controls and utilizes Bayesian statistics to provide a more nuanced analysis that can quantify evidence for both significant and non-significant results.
Why was smoking chosen as a method for mental activation?
Smoking was selected because of its highly addictive nature and the strong emotional responses documented in research regarding cue-reactivity, making it an effective candidate for inducing mental activation.
- Quote paper
- Vladislav Tsekov (Author), 2016, The effect of mental activation on a quantum random distribution, Munich, GRIN Verlag, https://www.grin.com/document/356405
