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Quantum Biology Course


Dr Gaetan Chevalier - Course Recorded --------------------------
Session Fee:
Dr Guaetan Chevalier
10 hours

Online Video Course:
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Course Recorded
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Quantum Biology states that biological processes are best described by quantum physics principles. This course will endeavor to show how important this statement is and how inadequate classical descriptions are. It is the opinion of this author that quantum principles are absolutely essential to start to understand life. Discusses the role of quantum physics in our understanding of biological entities, with an emphasis on human physiology. The concept of “non-locality” will be expanded to one of “sub-space of interconnectedness.” Reviews the sub-space medium, such as the Quantum Biofeedback, will also be presented, along with the importance of this new concept of sub-space for our wellbeing and creation of health.
 Part 1: Quantum physics and Classical Thermodynamics
- Quantum Physics: Stranger Than You Think
- Quantization
- Acoustic Modes of Vibration
- What is Vibrating?
- Quantization Example: the Atom
- Fundamental Principles
- Probabilistic in Nature
- The Principle of Superposition: Interference
- The Principle of Superposition: Schrödinger’s Cat and the Problem of the Collapse of the Wave Function
- The Principle of Complementarity
- The Uncertainty Principle
- Pauli Exclusion Principle
- The Wavelength of a Particle
- Schrödinger Equation
- Spooky action at a distance (quantum entanglement)
- Quantum Teleportation
- Two Places at the Same Time

Part 2: Basic Unit of Life and Biological Fields
- Classical Thermodynamics
- Thermodynamics Applied to Life
- The Vion: The Smallest Unit of Life
- The Vion and the Cell
- The Vion and Multi-cellular Organisms
- Selection of Parameters
- Epigenesis
- Input/output Control
- Retroversion
- Long-range Forces and Subspace
- Electric Fields and Virtual Photons
- Mitogenic Radiation

Part 3: Non-linearity, Feedback Loops, Fractals, Chaos and Attractors
- Nonlinearity and Feedback Loops
- Linear vs. Nonlinear
- Fractals, Chaos and Attractors
- Fractals: Examples
- Chaos Theory

Part 4: Subspace, the Nelson Effect, the Tri-vector and the Xrroid Process
- Goswami: How Universal Consciousness Creates the Material world
- Evidences supporting that Mind can influence Matter Directly
- Subspace and the Nelson Effect
- Tri-Vector and the Xrroid Process

Part 5: Bio-terrain and Clinical Applications
- Bio-terrain
- Clinical Applications

Part 6: Quantum Biological Model
- The Penrose-Hameroff Consciousness Model
- The Orch OR Model
- The Orch OR Event
- Quantum Coherence in Microtubules
- What All This Means

Course Documents:
- Course Videos
- Course Powerpoint
- Course Exam
- Certificate of Completion
- 30 NTCB CEUs
(Continuing Education Units)

 Dr. Chevalier received his PhD. in Engineering Physics at the University of Montreal, Polytechnic School, where he worked on the first measurements of the nuclear magnetic dipole and quadrupole moments of the 91Zr isotope. He then became a Post-Doctoral Scholar at the “Institut National de la Recherche Scientifique” (National Scientific Research Institute) in Varennes (near Montreal) Canada, where he developed carbon probes to measure neutral particle flux on the inner walls of the “Tokamac de Varennes.” He then went to UCLA where he first worked as a Post-Doctoral Scholar in the PISCES group of the M.A.N.E. (Mechanical, Aerospace, and Nuclear Engineering) Department. Later he became a staff member of the Low Energy Plasma Group of the Electrical Engineering Department. He was also Director of Research at the California Institute for Human Science.

Quantum Biology Course


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