Classical Physics Beyond Einstein’s

Alexandre Kassiantchouk
电子书
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关于此电子书

The purpose of this book is different from answering fascinating questions, which were covered in "Time Matters, 10th edition" my previous book, like these:

What is Time? — Time is Quantum fluctuations, just like Temperature is Brownian motion.

What is Gravity? — Gravity is Time pressure: pressure from faster Quantum fluctuations in the direction of slower time.

How Matter and Galaxies appeared? — From Time burning: when blobs of slow time (when there was no Matter yet) were colliding at a speed exceeding local speed limit.

Does Bob Lazar’s story physics check out? — It does!

What are UFOs? How can a UFO and its crew survive 1000×g acceleration? …

The current book provides a clear foundation for physicists to discard Dark Science, which they cultivated for a century. All physics in this book is derived from classical mechanics, even teenagers can understand. The most advanced part used in this book is Newton-Laplace formula for a sound wave in any medium. High school students can safely take this amazingly simple and universal formula on faith, and college students can learn how it is derived.

TABLE OF CONTENTS

1. METERING TIME

2. OPTICAL EFFECTS OF TIME VARIABILITY

2.1. Color Change (Redshift, Blueshift)

2.2. Refraction

2.3. Reflection

2.4. Multiple Images ★★

2.5. Visibility Angle

2.6. Concave Lensing

3. TIME POTENTIAL

3.1. Potential = 0.5×c²/D²

3.2. Gravity g = – (0.5c²/D²)' ≈ c²×D' ~ ∇D

3.3. Gravitational Time Dilation D = exp[G×M/(R×c²)]

3.4. Escape velocity = c × √ [ 1–exp(–2G×M/(R×c²)) ] < c

3.5. Action = – D² × Reaction

3.6. Relativistic Time Dilation D = 1 / √ (1–v²/c²)

4. REVISED MASS AND ENERGY FORMULAS

4.1. Mass m = m₀×D²

4.2. E = m×c²/2

4.3. E = h×f/2 and Millikan's Test ★★

5. CROSSING BORDER BETWEEN TIMEZONES

5.1. Mechanics by Snell’s Law: Escape Velocity

5.2. Strong Force and Half–Life

★ – extended section, ★★ – new section, compared to "Time Matters" coverage.

P.S. "Time Matters" eBook is free at /store/books/details?id=8aQNEQAAQBAJ .

作者简介

Ph.D. in Physics and Mathematics

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