Premise: Humans are biological quantum computers Presented at the Nov 2008 Annual Dallas Mensa Gathering By Douglas Matzke, Ph.D.

Slides:



Advertisements
Similar presentations
Quantum Versus Classical Proofs and Advice Scott Aaronson Waterloo MIT Greg Kuperberg UC Davis | x {0,1} n ?
Advertisements

Pretty-Good Tomography Scott Aaronson MIT. Theres a problem… To do tomography on an entangled state of n qubits, we need exp(n) measurements Does this.
Simulation and the Singularity David Chalmers Departments of Philosophy Australian National University New York University.
Cognitive Systems, ICANN panel, Q1 What is machine intelligence, as beyond pattern matching, classification and prediction. What is machine intelligence,
Flowers for Algernon by Daniel Keyes.
Being&Knowledge along any post- metaphysical context: 1.Being & Probability.
The basic questions before us here in Doha are: What is the fundamental nature of the world? and How Do We Fit Into It?
Data Mining Classification: Alternative Techniques
Visit us at: Purpose - Do well now and in future Research findings suggest that core subject knowledge, non- routine problem solving,
AI 授課教師:顏士淨 2013/09/12 1. Part I & Part II 2  Part I Artificial Intelligence 1 Introduction 2 Intelligent Agents Part II Problem Solving 3 Solving Problems.
The Basic Questions What is the fundamental nature of the world? How do we fit into It?
The Shifting Paradigm of Quantum Computing Presented at the Nov 2005 Annual Dallas Mensa Gathering By Douglas Matzke, Ph.D.
Proto-physics the link between Quantum Physics and Metaphysics Presented on Thurs Nov 17, 2011 Café Metaphysics By Douglas Matzke, Ph.D.
Science of Daily Living as Spiritual Beings Science of Spiritual Beings Lectures Presented at Unity Church Oct 24, 31 - Nov 7, 14, 2011 By Doug Matzke,
March 11, 2015CS21 Lecture 271 CS21 Decidability and Tractability Lecture 27 March 11, 2015.
Chien Hsing James Wu David Gottesman Andrew Landahl.
CS 357 – Intro to Artificial Intelligence  Learn about AI, search techniques, planning, optimization of choice, logic, Bayesian probability theory, learning,
Quantum Computing Ambarish Roy Presentation Flow.
Quantum Computation and Error Correction Ali Soleimani.
Intelligence without Reason
Quantum Technology Essential Question:
Matthew Guidry. The Fundamentals of Cryptography  One of the fundamentals of cryptography is that keys selected for various protocols that are computationally.
Quantum Computing Joseph Stelmach.
A review of A Panorama of Artificial and Computational Intelligence in Games G. N. Yannakakis & J. Togelius October 2014 Elizabeth Camilleri.
Chapter Two The Philosophical Approach: Enduring Questions.
Can Computers Think? An Honors College Course Moderated By Stephen Fickas Let’s See What I Said in Beginning of Course Always a Hoot.
Intentionality and Biological Functions Ingvar Johansson, Institute for Formal Ontology and Medical Information Science, Saarbrücken
Computing & the universe. Imagine a powerful computer that behaves like a human Is it conscious? Should it be allowed to win Jeopardy?
Quantum Information Processing
By: Mike Neumiller & Brian Yarbrough
Science of Thoughts, Beliefs, Emotions and Subtle Energy Science of Spiritual Beings of Light Lectures Presented at Unity Church of Dallas Oct 24, 31 -
Welcome to the “Look Inside the Grants’ Internet Business” 4-day workshop.
DJM 1/20/2011 Science of Subtle Energy Presented on Thur Jan 20, 2011 Café Metaphysics By Douglas Matzke, Ph.D.
Dominique Unruh 3 September 2012 Quantum Cryptography Dominique Unruh.
DJM 3/9/2010 Quantum Thoughts Presented on Tues Mar 9, 2010 Café Metaphysics By Douglas Matzke, Ph.D.
Introduction to Science of Spiritual Beings of Light Science of Spiritual Beings of Light Lectures Presented at Unity Church of Dallas Oct 24, 31 - Nov.
Discovering your Psychic superpowers Quantum Doug Matzke IONS DFW Meetup Sunday Nov 2,
Science of Law of Attraction Science of Spiritual Beings of Light Lectures Presented at Unity Church of Dallas Oct 24, 31 - Nov 7, 14, 2011 By Doug Matzke,
Introduction to AI Michael J. Watts
Chapter 14: Artificial Intelligence Invitation to Computer Science, C++ Version, Third Edition.
10/3/2015 ARTIFICIAL INTELLIGENCE Russell and Norvig ARTIFICIAL INTELLIGENCE: A Modern Approach.
1 Business Issues Regarding Future Computers Douglas J. Matzke, Ph.D. CTO of Syngence, LLC Dallas Nanotechnology Focus Group Nov 7,
High-Performance Computing
Limits and Horizon of Computing Post silicon computing.
ANPA 2002: Chi Generators Exist 8/19/2002 DJM Chi Generators Exist ANPA 2002 Conference Cambridge, UK by Dr. Douglas Matzke August 15-20,
Rituals in psychotherapy Umberta Telfener
The Mind of the Machine: Artificial Intelligence? Paul Curzon Queen Mary, University of London Created by Peter McOwan and Paul Curzon of Queen Mary,
© NOKIAmind.body.PPT / / PHa page: 1 Conscious Machines and the Mind-Body Problem Dr. Pentti O A Haikonen, Principal Scientist, Cognitive Technology.
Roger Penrose’s Argument Against Though Computation.
PERCEPTION Ways of understanding or being aware of sensory information and reality Five senses, Sixth sense Physiological constraints (biology) Cognitive.
DJM Mar 2003 Lawrence Technologies, LLC The Math Over Mind and Matter Doug Matzke and Nick Lawrence Presented at Quantum Mind.
SIMULATIONS, REALIZATIONS, AND THEORIES OF LIFE H. H. PATTEE (1989) By Hyojung Seo Dept. of Psychology.
Adolescence and secondary mathematics: shifts of perspective Anne Watson December 2008.
What It Is To Be Conscious: Exploring the Plausibility of Consciousness in Deep Learning Computers Senior Project – Philosophy and Computer Science ID.
Artificial Intelligence: Research and Collaborative Possibilities a presentation by: Dr. Ernest L. McDuffie, Assistant Professor Department of Computer.
Quantum Computation Stephen Jordan. Church-Turing Thesis ● Weak Form: Anything we would regard as “computable” can be computed by a Turing machine. ●
DJM Mar 18, 2004 What’s New in Quantum Computation Dallas IEEE Computer Society Presentation Thursday March 18, 2004 By Douglas J. Matzke, PhD Lawrence.
1 Is Quantum Computing a Solution for Semiconductor Scaling? Douglas J. Matzke, Ph.D. CTO of Syngence, LLC Dallas IEEE Computer Society.
1 An Introduction to Quantum Computing Sabeen Faridi Ph 70 October 23, 2007.
Quantum Computing: An Introduction
Artificial Intelligence
Sub-fields of computer science. Sub-fields of computer science.
The Search for Ultimate Reality and the Mind/Body Problem
Limits and Horizon of Computing
Artificial Intelligence and Consciousness
Quantum Ensemble Computing
The Shifting Paradigm of Quantum Computing
Quantum Computing Hakem Alazmi Jhilakshi Sharma Linda Vu.
The Shifting Paradigm of Quantum Computing
Quantum Computing Joseph Stelmach.
Presentation transcript:

Premise: Humans are biological quantum computers Presented at the Nov 2008 Annual Dallas Mensa Gathering By Douglas Matzke, Ph.D.

DJM Nov 28, 2008 Abstract This talk explores the presupposition that Humans are biological quantum computers. This author asserts this presupposition quite strongly, by stating humans would be extinct if we were not quantum computers. This talk includes such topics as limits of computing, myth of AI, quantum computing, models of consciousness, dreaming, NLP, law of attraction, space-time models, meaning and spirited science. These topics will be organized around a practical approach of how we live our daily lives based on on our own beliefs regarding computational models of ourselves. This integrated model will support alternative ways to perceive and experience our daily lives.

DJM Nov 28, 2008 Biography Doug Matzke has a Ph.D in quantum computing and previously spoke about quantum computing at the 2005 North Texas Mensa gathering. Doug creates and interesting synthesis of computation models of consciousness and spiritual ideas by using quantum science based arguments as a bridge to spirited science conclusions. He is an enthusiastic and thought provoking speaker.

DJM Nov 28, 2008 Outline Premise: Biological Quantum Computers Why is this topic relevant? Failure/Myth of AI – Intelligent Machines in 10 years Models/beliefs restrict world view Information and Physics Information is Physical Black Holes (It from Bit) Quantum Speedup Computation Leverage Smarter computation requires more dimensions Idealized time and space Quantum Mind Quantum Mind and biology Quantum Mind in Culture (sculpture) Beliefs, context and bad science Quantum and East Quantum vs Chi/Ki/Prana Human mind as common denominator Quantum in Law of Attraction and Daily Life Summary and Conclusions

DJM Nov 28, 2008 Failure of Artificial Intelligence Intelligent Machines within ten years? Fueled by: Science fiction and research program funding Belief in Brain is classical computer Semiconductors following Moores law Research on Neural Networks and Automatic learning Myth debunked by: Repeated claim over 40 years Semiconductor scaling limits within next 10 years Connectivity/heat limits indicating density limits Architecture disconnect between brain and computers Lack of representation of meaning

DJM Nov 28, 2008 Quantum in Physics? Wheelers It from Bit Black Hole event horizon (inside is a singularity) Bits as entropy (Planck's areas on surface) Quantum Information is consistent with Black Hole Mechanics Rolf Landauer & phase spaces Information is Physical!

DJM Nov 28, 2008 Quantum Speedup Peter Shors Algorithm in 1994 Quantum Fourier Transform for factoring primes Quantum polynomial time algorithm space Spatially bound exceeds universe life Temporal bound exceeds black hole Quantum polynomial time can solve it. time quantumclassical Solutions to some problems dont fit in classical universe!!

DJM Nov 28, 2008 Computational Leverage Quantum computation gives significant leverage Shor and Grover algorithms Quantum computing is Turing & Boolean complete Smarter in High dimensional Spaces – locality Classical brain can map to/from quantum spaces Brain can represent superposition Brain could be folded 3D antenna Evolutionary advantage if bio-quantum link

DJM Nov 28, 2008 Why is quantum information special? Quantum states are high dim (Hilbert space) Can be smarter in higher dims with no time Superposition creates new dims (tensor products) Quantum states are non-local in 3d & atemporal Causality and determinacy are not the primary ideas Large scale unitary consistency constraint system Quantum information precedes space/time and matter/energy- Wheelers It from Bit Quantum Computing requires a paradigm shift!!

DJM Nov 28, 2008 Idealized Model of Computational Costs See my paper on this subject from 1986 Space: Information is in wrong place – Move it Locality metrics are critical - context Related to number of spatial dimensions - anisotropic i.e. Busses, networks, caches, paging, regs, objects, … Time: Information is in wrong form – Convert it Change rate and parallelism are critical (locality) Related to temporal reference frame (i.e. time dilation) i.e. consistency, FFT, holograms, probabilities, wholism All other physical costs Creation/Erasure, Noise/ECC, Uncertainty, Precision, … Decidability, Distinguishability, Detection, …

DJM Nov 28, 2008 Idealized Smarter Computers? If Information is always in right local place(s) Possible higher number of dimensions Possible selective length contraction If Information is always in correct form(s) Multiple consistent wholistic representations Change occurs outside normal time If other costs mitigated Arbitrarily high precision and distinguishability, etc Arbitrarily low noise and uncertainty, etc Solutions may exist within quantum spaces

DJM Nov 28, 2008 Quantum Mind? Did biology tap into Quantum Computing? Survival value using fast search Single celled creatures as well as neurons We might be extinct if not for quantum mind Research with random phase ensembles Information is Physical and black holes. Probabilistic computing in high dimension spaces Ensemble states survive random measurements See my paper Math over Mind and Matter

DJM Nov 28, 2008 Quantum Mind in Culture Movies shape beliefs Star Wars – the Force The Matrix – Metaphor for quantum mind What the Bleep do we know? – Explicit quantum mind The Secret – What to do about it: presented on Oprah The Secret Behind the Secret – The deep story Books/Conferences support research Consciousness and Quantum mind conferences Silva and Neuro-Linguistic Programming (NLP) Unconscious Universe – Dean Radin The Intention Experiment – Lynne McTaggart Law of Attraction – Ester Hicks

DJM Nov 28, 2008 Quantum Cloud Sculpture Quantum Cloud Sculpture by Antony Gormley at Millennium Park in London 30 meters high

DJM Nov 28, 2008 Scifi Disguised as Science Examples of bad scifi: The Age of Spiritual Machines minimizes quantum Nano-computers (nanites) are sub-molecular Books that debunk Psi as impossible Reasons for classical science propaganda: Occams razor Separation of Science and Religion in dark ages Fear of unknown Classical science bigots (beliefs affects results)

DJM Nov 28, 2008 Quantum Mind Beliefs? Illusions: Measurable physical world is real – no longer Brain is classical computer most likely an illusion Separateness is an illusion Space time is an illusion Reality: Quantum vibrations are basis of all physicality Brain is transceiver to quantum mind Connectedness is primary in quantum space Thoughts/dreams are in quantum state space

DJM Nov 28, 2008 What is Qmind context? East meets West Meditation related to quantum dimensions? Chi/Ki/Prana related to quantum dimensions? Metaphysics related to quantum dimensions? Spirit meets Science Thoughts are Things Thought and intention as physical information Intent and healing modalities Law of Attraction

DJM Nov 28, 2008 Quantum from East? Quantum as west rediscovery of Chi/Ki/Prana? Chi is real (can generate) but not measurable Quantum is real (qubits, ebits) but not observable Human mind is common denominator Thoughts attract like thoughts – semantic space Importance of Meditation and dreams Leverage due to emotions Healing modalities instigated by thoughts

DJM Nov 28, 2008 Law of Attraction & Quantum? Law of Attraction – Ester Hicks and Abraham Thought/emotion is vibrational We attract what we think Thinking about what we dont want attracts it! Assumes non-local interactions Quantum/information ideas related to LOA. Quantum probabilities are vibrational dimensions Information and semantic space (Correlithm Objs) States are non-mutually exclusive Quantum states are proto-physical and non-local.

DJM Nov 28, 2008 Representation of Meaning What is representation of Meaning? The world has no explicit meaning Humans project meaning How is meaning represented? From Classical view, computers could replicate From Quantum view, computers might not replicate Myth of AI comes into play (no auto learning etc) Telepathy suggests quantum-like meaning

DJM Nov 28, 2008 Quantum in Daily Life? Everything connected Thoughts & emotions extend beyond body People are interconnected with each other Intuition/dreams tap into un/subconscious Expect Telepathy/Remote viewing to work Thoughts affect world Clean up thoughts and language Law of attraction works even if you dont believe it Emotions leverage thought/intention Violent thoughts hurt you as well as others Get balanced emotionally (NLP, breathwork, …)

DJM Nov 28, 2008 Summary and Conclusions Quantum information impacts world view Information is physical and black holes High dimensional spaces and simultaneity Quantum connectedness and no time Quantum computing may be ubiquitous Biology tapped into quantum computing Brain as quantum transceiver Thought as quantum information Quantum world view impacts our beliefs Media tapping into and changing beliefs Quantum worldview useful in daily life Be smarter with more quantum dimensions Think connected not isolated Attract what you think – Its the law Spirit and science are compatible

DJM Nov 28, 2008 Discussion and Questions