An elementary introduction to Special Relativity II | Geometric Linear Algebra B 38 | NJ Wildberger
Here we continue with our novel explanation of Einstein's Special Relativity (SR), in which we consider a high school Newtonian 1-dimensional world populated by bats, who use sound signals and echolocation to determine the position and times of events around them. We develop the fundamental Lorentz transformations that move from one bat's coordinates to another bat's coordinates, assuming they have a constant relative motion. An important ingredient is a rational parametrization of the hyperbolas that appear. Video Chapters: 00:00 Introduction 6:56 Co-ordinates for space time 24:40 Matrix formulation of Lorentz transformations 31:55 The canonical affine normalization and Lorentz transformations 37:29 Parametrization (rational!) of hyperbola 49:47 Complications ******* Research Gate page: https://www.researchgate.net/profile/... Blog: http://njwildberger.com/ Online courses at openlearning.com (currently Algebraic Calculus One): https://www.openlearning.com/courses/... Please join us for an exciting new approach to one of mathematics' most important subjects! Patreon: / njwildberger Your support would be much appreciated. Wild Egg Maths YT channel: https://www.youtube.com/channel/UCriF... Insights into Mathematics Playlists: • The Algebra of Boole, Logic and Circuit An... (31 videos) • Box Arithmetic: a new framework for Mathem... (18 videos) • Hypergroups and Diffusion Symmetry: an int... (6 videos) • Rational Trigonometry for maths, physics a... (4 videos) • Sociology and Pure Maths (44 videos) • Old Babylonian mathematics and Plimpton 322 (8 videos) • Math Foundations (226 videos) • Math Seminars N J Wildberger (26 videos) • Math History (ancient to modern) (45 videos) • Geometric Linear Algebra (43 videos) • Algebraic Topology (40 videos) • Universal Hyperbolic Geometry (55 videos) • Differential Geometry (34 videos) • Elementary Probability and Statistics (8 videos) • Math Terminology for Incoming Uni Students (9 videos) • Famous Math Problems ( 46 videos) • Elementary Mathematics Explained (K-6) (40 videos) • Ancient Mathematics and insights of Howard... (7 videos) • Wild West Banking: A mathematician goes We... (7 videos) • Playing Go: the ancient oriental board game (19 videos) • Maths and Music (21 videos) • Year 9 Mathematics (review fractions, deci... (10 videos) • Wild Trig: An introduction to Rational Tri... (94 videos) Wild Egg Maths Playlists: • Intro to Algebraic Calculus with Box Arith... (4 videos) • Classical to Quantum (for Members) (64 videos) • Solving Polynomial Equations and the Geode... (45 videos) • De Casteljau Bezier curves and associated ... (20 videos) • Exploring q-series (for Members) (8 videos) • Six: A mathematical exploration (9 videos) • Algebraic Calculus One: a new foundation f... (52 videos) • Advice to prospective research mathematici... (9 videos) • The Hexagrammum Mysticum: a Geometric Gem ... (14 videos) • Algebraic Calculus Two (8 videos) • Special (Polynomial) Functions and Maxel N... (25 videos) • Dynamics on Graphs: The ADE Phenomenon & B... (30 videos)

Length contraction, time dilation and velocity addition | Wild Linear Algebra B 39 | NJ Wildberger

An elementary introduction to Special Relativity I | Geometric Linear Algebra B 37 | NJ Wildberger

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Why string theory isn't real physics | Roger Penrose, Brian Greene, and Eric Weinstein

Oriented circles and relativistic geometry II | Geometric Linear Algebra 35 | NJ Wildberger

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Lecture 1: Introduction to Superposition

If You Have A Bad Memory, I’ll Help You Fix It In 28 Minutes

Energy, momentum and linear algebra | Geometric Linear Algebra B 36 | NJ Wildberger

Theoretical Physicist Brian Greene Explains Time in 5 Levels of Difficulty | WIRED

The Actual Reason Semiconductors Are Different From Conductors and Insulators.

Math Encounters -- On the Shoulders of Giants: Newton Revealed

The relativistic dot product | Geometric Linear Algebra B 33 | NJ Wildberger

12. Introduction to Relativity

But what is quantum computing? (Grover's Algorithm)

Area and volume | Geometric Linear Algebra 4 | NJ Wildberger

The problem with pretending quantum mechanics makes sense | Sean Carroll

