Metaphysics

Name: Metaphysics | Chirality as the Basic Principle of Physics
Brand: wbg Academic in Herder
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Chirality as the Basic Principle of Physics

Hans Wehrli(Autor*in)

wbg Academic in Herder (Verlag)

1. Auflage

Erschienen am 15. April 2021

396 Seiten

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978-3-534-40538-1 (ISBN)

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Inhalt

Cover
Title
Copyright
Contents
Preface to the Second Edition 2020
Preface to the First Edition 2008
Chapter 1 The Limits of Language
1.1 Language and order
1.2 Meaning
1.3 Understanding
Chapter 2 The Limits of Knowledge
2.1 Metaphysics
2.2 Mathematics
2.2.1 Paradoxes
2.2.2 Axioms
2.2.3 Infinity?
2.2.4 Continuum?
2.2.5 Logic
2.3 Physics
2.4 Science and truth
2.5 The aim and methods of science
Chapter 3 My Consciousness Exists
3.1 Metaphysical foundations
3.1.1 God
3.1.2 Thought
3.1.3 The ego
3.1.4 The paradigm of mutual understanding
3.1.5 Extrasensory perception
3.1.6 Nature
3.1.7 Brain and computer
3.1.8 Matter, substance and information
3.2 Solipsism
Chapter 4 Without Chirality no Order
4.1 Chirality as the prerequisite of order
4.2 The chirality in mathematics
4.3 The chirality of Be-ing and of the existent
4.4 The chirality of life
4.5 The chirality of thought
4.6 The chirality of elementary particles: Spin and angular momentum
4.7 The symmetry of space, time and charge, and their violation
4.8 Chirality is the universal duality of being
Chapter 5 The Dualism of Body and Soul
5.1 The body/soul problem
5.2 The aim of my philosophy
5.3 The structure of the soul
5.4 The nature of matter
5.5 Perception as the flow of information from matter to subject
5.6 The conditions for perception
5.7 Reality
Chapter 6 To Measure is to Count
6.1 Measurement
6.2 Geo-chronometric conventionalism
6.2.1 Counting non-periodic events
6.2.2 Counting periodic events
6.2.3 Counting units of length
6.3 Analogy between the special and general theories of relativity
6.4 A = A?
6.5 Physics without distances?
6.6 The probabilistic outcome of measurements
Chapter 7 The Event as a Mathematical Unit
7.1 Metaphysical presuppositions for a new physical theory: chirality theory
7.2 Axiomatics for space, time and events
7.3 A point is a point
7.4 Two points
7.5 Three points: between
7.6 Four points: definition of the term event
7.7 Dimensionality
7.8 Pauli's symbol of sublime harmony
Chapter 8 Physical Interpretation of the Chirality Theory Model
8.1 The presumed observer
8.2 A neutrino model?
8.3 Black holes
8.4 Space and time
8.5 Velocity
8.6 Frequency and mass
8.7 Spin and angular momentum
8.8 Fermion
8.9 Boson
8.10 Planck's constant h
8.11 Energy
8.12 The 5-point space
8.12.1 Location
8.12.2 Distance
8.13 The n-point universe: particles, distance, action and information transfer
8.13.1 Universe
8.13.2 Space, location, distance, event
8.13.3 Measurement. Periodic and not-periodic events
8.13.4 Single points and particles
8.13.5 Distance. Modification of the axiom of chirality
8.13.6 Non-local action and information transfer
8.13.7 The waves of quantum theory
Chapter 9 Interaction: Gravitation
9.1 Interaction in the four-point space
9.2 Topology and metric
9.3 Volume and the constant of gravitation
9.4 Partial inversion
9.5 The gravitational field as acceleration field with action
9.6 Infinite velocity of virtual gravitation waves
9.7 The law of gravitation
force
9.8 The graviton
9.9 Rest mass of the neutrino
9.10 Potential energy
9.11 Schwarzschild radius
9.12 Internal and external properties of an object
Chapter 10 The Real Observer: Mechanics
10.1 Perception by a real observer
10.2 Time dilation by a black hole
10.3 Length contraction by a black hole
10.4 Red shift
10.5 Deflexion of light by gravitation
10.6 Particle motion
10.7 Time dilatation by motion
10.8 Length contraction by motion
10.9 Kinetic energy
10.10 Energy conservation
10.11 Momentum conservation
10.12 Centripetal force
10.13 Centrifugal force reversal in the vicinity of a black hole
10.14 The Big Bang is (was) not a Bang
10.15 Inflation
10.16 Real gravitation waves as precondition for every observation
10.17 Duality of particles and waves
10.18 Heisenberg uncertainty principle
10.19 Pauli's Ring i
10.20 Theory of everything (TOE)?
Chapter 11 Electrodynamics
11.1 Black mini-holes within black mini-holes
11.2 Interaction of black mini-holes
11.3 The arrow of time
11.3.1 Time in our consciousness
11.3.2 Theology
11.3.3 Classical mechanics
11.3.4 The theory of relativity
11.3.5 Quantum theory
11.3.6 The second law of thermodynamics
11.3.7 Cosmology
11.3.8 Kaon decay
11.3.9 The arrow of time and the axiom of chirality
11.4 The arrow of time and the arrow of space
11.5 Basic conditions for an electron model
11.6 Model of the individual electron
11.7 Attraction and repulsion
11.8 The measure of electrical charge: the factor 1/137
11.9 Virtual and real photons
11.10 Magnetism
Chapter 12 Strong and Weak Interactions
12.1 (Spontaneous) symmetry breaking
12.2 A quark model
12.3 Quark parameters
12.3.1 Rotational direction of the triangles (2 spin directions)
12.3.2 Topology of the events (3 flavours)
12.3.3 Time direction (2 signs of the electrical charge)
12.3.4 Phase of the triangle rotation (3 colours)
12.3.5 Curvature of space: angle of rotation of the triangles (2 possible values of the electrical charge)
12.4 Rules for the combination of quarks
12.5 Meson Structure
12.6 Baryons
12.7 Gluons
12.8 Rules for the formation and decay of particles
12.9 Weak interactions
12.10 Kaon decay and time symmetry
12.11 Comparison of the four interactions
Chapter 13 Comparison of Chirality Theory with other Theories
13.1 Physical Theories
13.2 Notions
13.2.1 Subject
13.2.2 Universe and Multiverse
13.2.3 Perception
13.2.4 From language to (finite) quantity value objects and category theory
13.2.5 Order and chirality
13.2.6 Infinity?
13.2.7 Continuum and separation of the universe into objects
13.2.8 Background time and space
13.2.9 Local and non-local phenomena
13.2.10 Ontological real and ontological basic objects
13.2.11 Natural laws as relations between objects
13.2.12 Superposition and individuality
13.2.13 Events, states and the quantum h
13.2.14 The arrow of time
13.2.15 Elementary particles
13.2.16 3-dimensionality of classical space
13.2.17 Information
13.2.18 Space-time, duration and distance
Chapter 14 Open Questions
14.1 Mass
14.2 Pair formation
14.3 The structure of the vacuum
14.4 Symmetry breaking
14.5 Cosmology and entropy
14.6 String theories
14.7 Mathematics
14.8 Philosophy
14.9 Free will
14.10 Theology
Bibliography
Index
Back Cover

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