The Theory of Compressibility Ether: Interpretation and Development of Modern Physics
Modern physics has laid a solid foundation for human beings to enter the electronic and information age, but it has also brought some confusion. Before the birth of modern physics, people knew the physical world clearly, intuitively and here cause and effect are clear, while modern physics showed the variability of spacetime, the particle nature of energy, the uncertainty of microscopic motion and other strange phenomena. Modern cosmology, based on modern physics, has seen the emergence of magical concepts such as the Big Bang, inflation, dark matter, dark energy and so on. In this regard, most scientists consider that nature is inherently complex and changeable, and with the development of science, it is natural that the world is becoming more and more complex. However, many people hold the opposite opinion, such as the EPR paradox put forward by Einstein, Bohm's hidden variables model and so on. They believe that the theory of quantum mechanics is incomplete.
Sample Chapter(s)
Abstract (56 KB)
Components of the Book:
  • Abstract
  • Foreword
  • Author's Preface
  • Explanation of Particular Nouns
  • Chapter 1. The Rise, Fall, and Return of the Ether Theory
    • 1.1 The rise and fall of the old ether theory
    • 1.2 The ether does not be negated by modern physics
    • 1.3 The theory of compressibility ether emerges in response to opportunities
    • References
  • Chapter 2. Ether and Spacetime View
    • 2.1 The derivation of the Lorentz transformation by means of fluid me-chanics
    • 2.2 Two different spacetime views
    • 2.3 Corresponding relationships
    • 2.4 The mode of material spacetime view
    • References
  • Chapter 3. Physical Mechanism and Limitation of Relativity
    • 3.1 Physical mechanism of the special relativity
    • 3.2 Physical mechanism of general relativity
    • 3.3 Limitation and approximation of relativity
    • References
  • Chapter 4. Simple and Direct Solutions of General Relativistic Problems
    • 4.1 The equations of quantitative effects
    • 4.2 The application of the equations of quantitative effects
    • 4.3 The analytic method of effect energy and its application
    • References
  • Chapter 5. Speed of Light and Superluminal Speed
    • 5.1 The invariability and invariability of the speed of light
    • 5.2 Superluminal speed
    • 5.3 Break through the light barrier
    • 5.4 Human space flight has a long way to go
    • References
  • Chapter 6. Particles and the Microscopic Ether
    • 6.1 The Standard Model of Particle Physics and the Two Elements
    • 6.2 The intrinsic relations between ether and particles
    • 6.3 Interconversion between particles
    • 6.4 The mechanism of the interaction
    • 6.5 The Origin of the Particularity of Microcosm
    • References
  • Chapter 7. Electromagnetic Excitation of the Ether
    • 7.1 Photon
    • 7.2 Gravitational waves
    • 7.3 The electromagnetic quantum hypothesis of the kinetic energy
    • 7.4 The analysis of examples
    • References
  • Chapter 8. Experimental Conception
    • 8.1 Experimental assumption on the comparison of spacetime standards
    • 8.2 The experiment of light velocity in electric or magnetic fields
    • 8.3 The experiment of spacetime effect in ether vortex
  • Chapter 9. Mucroscopic Interaction of the Ether
    • 9.1 Review of the dark matter problem
    • 9.2 The gravitational field is not a cosmic field
    • 9.3 Interactive theory of the mucroscopic field
    • 9.4 Discussion
    • References
  • Chapter 10. The Material Framework of the Universe
    • 10.1 The historical track of cosmology
    • 10.2 The origin of cosmological problems
    • 1 10.3 The ether theory of interval field
    • 10.4 The physical framework of the universe
    • References
  • Appendix 1.Earliest theory of vacuum non-emptiness, the theory of qi in ancient China
  • Appendix 2.On the intimate degree between physics and mathematics
Readership: Students, academics, teachers and other people attending or interested in the theory of compressibility ether.

Abstract
Hu Chang-Wei
PDF (56 KB)

Foreword
Hu Chang-Wei
PDF (62 KB)

Author's Preface
Hu Chang-Wei
PDF (71 KB)

Explanation of Particular Nouns
Hu Chang-Wei
PDF (54 KB)

Chapter 1. The Rise, Fall, and Return of the Ether Theory
Hu Chang-Wei
PDF (164 KB)

Chapter 2. Ether and Spacetime View
Hu Chang-Wei
PDF (241 KB)

Chapter 3. Physical Mechanism and Limitation of Relativity
Hu Chang-Wei
PDF (162 KB)

Chapter 4. Simple and Direct Solutions of General Relativistic Problems
Hu Chang-Wei
PDF (173 KB)

Chapter 5. Speed of Light and Superluminal Speed
Hu Chang-Wei
PDF (274 KB)

Chapter 6. Particles and the Microscopic Ether
Hu Chang-Wei
PDF (226 KB)

Chapter 7. Electromagnetic Excitation of the Ether
Hu Chang-Wei
PDF (338 KB)

Chapter 8. Experimental Conception
Hu Chang-Wei
PDF (103 KB)

Chapter 9. Mucroscopic Interaction of the Ether
Hu Chang-Wei
PDF (218 KB)

Chapter 10. The Material Framework of the Universe
Hu Chang-Wei
PDF (221 KB)

Appendix 1.Earliest theory of vacuum non-emptiness, the theory of qi in ancient China
Hu Chang-Wei
PDF (62 KB)

Appendix 2.On the intimate degree between physics and mathematics
Hu Chang-Wei
PDF (90 KB)
Changwei Hu
Shanghai Senior Scientist and technician Association China

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