Physics: The Disturbance Theory


Reference: KHTK Physics


Paper 1: The Postulates

Paper 2: A Look at Spacetime

Paper 3: Space & Einstein

Paper 4: The Criterion of Objectivity

Paper 5: The Problem of Space

Paper 6: The Problem of Field

Paper 7: The Disturbance Levels

Paper 8: Frame of Reference & Einstein

Paper 9: Reference Frames: MRF vs SRF

Paper 10: Newton, Einstein & Inertia

Paper 11: Quantization & the Atom



Newton: Basic Concepts

Faraday: Thoughts on Ray Vibrations

Faraday: On the Conservation of Force

Faraday & Maxwell

Maxwell’s Preface to his Book

[1]: Relativity: The Special and General Theory (1920)

[2]: Relativity & Problem of Space (1952)

[3]: Einstein’s Paper on Light Quanta (1905)

[4]: Einstein’s Paper on Relativity (1905)

[0]: Black-body radiation (Notes)

[0]: Validity of Lorentz Transformation

[0]: Inertial frame of reference (Wikipedia)

[0]: Electromagnetic Spectrum (Wikipedia)


WIKIPEDIA ARTICLES (with comments)


Comments on Electric Charge




Elementary particle


Charge carrier


Rest Mass

Wave Function

Einstein Solid

Thermodynamic temperature



The Electromagnetic Spectrum

Newton’s Laws of Motion

Maxwell’s Preface to his Book

Michelson-Morley’s Null Result

Aberration of light in SRF

The Problem of Aether

The Philosophy of Cosmology



Paper 8: The Problem of Distance

Paper 7: The Spectrum of Substance

Paper 8: The Problem of Inertia

Paper 9: The Quantum Phenomena

Paper 10: Einstein’s Theory of Quantum

Absolute Rest, Inertia & Motion

Newton, Einstein & Quantum Mechanics

Inertia of EM Field

The Problem of Relativity

Private: Matter in Disturbance Theory

Private: What is Substance?

Private: The Spectrum of Inertia

The Field

Inertia and Field

Energy and Cycle

Obsolete: Space and Wavelength

Time and Period

The Limitation of Einstein’s Theory

Classical to Quantum Mechanics

The Inertial Frame and Space

The Nature of Spacetime

The Disturbance Theory

Universe & Inertia

Gravitational attraction

The Faraday Atom

Gravitational attraction

A Conceptual Model of Inertia, Mass & Location


BOOK: The Mindfulness Approach

BOOK: Education in Information Age

Glossary (Vinaire’s Blog)


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  • vinaire  On April 22, 2016 at 4:43 PM

    The Planck’s constant ‘h’ has the units of ‘energy x time’; but it can be understood better as ‘energy per cycle’. It is the energy involved in the conversion of electrical to magnetic and then back to electrical field.


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