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Physics and Math Videos

Stop randomly wandering through Youtube. Browse our curated collection of jaw dropping Physics, Math, Biology, Chemistry YouTube videos.
This Shape Just Solved a 50-Year-Old Math Problem (Einstein Tile)

This Shape Just Solved a 50-Year-Old Math Problem (Einstein Tile)

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Is This Natural ???

Is This Natural ???

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The origin of light, scattering, and polarization | Barber pole, part 2

The origin of light, scattering, and polarization | Barber pole, part 2

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This demo tests your understanding of light | Barber pole, part 1

This demo tests your understanding of light | Barber pole, part 1

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This Amazing 70 Year Old Calculating Machine

This Amazing 70 Year Old Calculating Machine

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The Truth About Butterfly Metamorphosis (It's VERY WEIRD)

The Truth About Butterfly Metamorphosis (It's VERY WEIRD)

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What To Do With A Cloud Chamber

What To Do With A Cloud Chamber

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What Happens when a Hull Fails at 1000 atmospheres?

What Happens when a Hull Fails at 1000 atmospheres?

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I Found a Weird Pattern in How People `UHMMM'

I Found a Weird Pattern in How People `UHMMM'

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We Built This Kilowatt Laser Out Of Tin Foil And Highlighters

We Built This Kilowatt Laser Out Of Tin Foil And Highlighters

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Multi-layer reactive foil: no fuel, no oxygen, tons of heat

Multi-layer reactive foil: no fuel, no oxygen, tons of heat

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The Fastest Maze-Solving Competition On Earth

The Fastest Maze-Solving Competition On Earth

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The Steam Turbine: The Surprising Relationship of Engineering & Science

The Steam Turbine: The Surprising Relationship of Engineering & Science

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Making Graphene could KILL you... but we did it anyway?!

Making Graphene could KILL you... but we did it anyway?!

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The 56-Year Argument About a Hopping Hoop

The 56-Year Argument About a Hopping Hoop

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Casimir Effect - What causes this force?

Casimir Effect - What causes this force?

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The Stickiest Non-Sticky Substance

The Stickiest Non-Sticky Substance

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INTUITIVE Explanation of Rocket Nozzles (Convergent Divergent)

INTUITIVE Explanation of Rocket Nozzles (Convergent Divergent)

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The puzzle of the B******T cells

The puzzle of the B******T cells

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Where is Anatomy Encoded in Living Systems? | Michael Levin

Where is Anatomy Encoded in Living Systems? | Michael Levin

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The Incredible Calypso: Jacques Cousteau's Crazy Exploration Vessel

The Incredible Calypso: Jacques Cousteau's Crazy Exploration Vessel

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The Continuity of Splines

The Continuity of Splines

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The Turntable Paradox

The Turntable Paradox

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The ANTIKYTHERA MECHANISM

The ANTIKYTHERA MECHANISM

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The Most Important Algorithm Of All Time

The Most Important Algorithm Of All Time

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Building a 1920s Tube Amplifier (And Tubes!)

Building a 1920s Tube Amplifier (And Tubes!)

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An Integration Conundrum - Numberphile

An Integration Conundrum - Numberphile

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Geometric Algebra in 2D - Vector Projection and Reflection

Geometric Algebra in 2D - Vector Projection and Reflection

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Addendum to A Swift Introduction to Geometric Algebra

Addendum to A Swift Introduction to Geometric Algebra

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Geometric Algebra in 2D - Fundamentals and Another Look at Complex Numbers

Geometric Algebra in 2D - Fundamentals and Another Look at Complex Numbers

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What is Jacobian? | The right way of thinking derivatives and integrals

What is Jacobian? | The right way of thinking derivatives and integrals

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A Swift Introduction to Geometric Algebra

A Swift Introduction to Geometric Algebra

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A Swift Introduction to Spacetime Algebra

A Swift Introduction to Spacetime Algebra

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I recreated the Rings of Power with a vibrating square

I recreated the Rings of Power with a vibrating square

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Can Lego BREAK an Aluminum Beam?

Can Lego BREAK an Aluminum Beam?

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Building a Lego-powered Submarine 4.0 - automatic depth control

Building a Lego-powered Submarine 4.0 - automatic depth control

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20 Mechanical Principles combined in a Useless Lego Machine

20 Mechanical Principles combined in a Useless Lego Machine

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Bacteria That Only Want To Head North

Bacteria That Only Want To Head North

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The most impactful example in statistics - Stein's paradox

The most impactful example in statistics - Stein's paradox

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Bohemian Gravity | A Capella Science

Bohemian Gravity | A Capella Science

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What is the "speed of force"? - Are solid objects really “solid”?

What is the "speed of force"? - Are solid objects really “solid”?

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Kinetic cyclic scissors

Kinetic cyclic scissors

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Group Theory — Introduction to Higher Mathematics

Group Theory — Introduction to Higher Mathematics

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SH2372 General Relativity - Lecture 11

SH2372 General Relativity - Lecture 11

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SH2372 General Relativity - Lecture 10

SH2372 General Relativity - Lecture 10

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SH2372 General Relativity - Lecture 9

SH2372 General Relativity - Lecture 9

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SH2372 General Relativity - Lecture 8

SH2372 General Relativity - Lecture 8

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SH2372 General Relativity - Lecture 7

SH2372 General Relativity - Lecture 7

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SH2372 General Relativity - Lecture 5

SH2372 General Relativity - Lecture 5

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SH2372 General Relativity - Lecture 4

SH2372 General Relativity - Lecture 4

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SH2372 General Relativity (8X): Components of tensor operations

SH2372 General Relativity (8X): Components of tensor operations

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SH2372 General Relativity (8): Tensor operations

SH2372 General Relativity (8): Tensor operations

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SH2372 General Relativity (7X): Coordinate transformation of metric components

SH2372 General Relativity (7X): Coordinate transformation of metric components

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SH2372 General Relativity (7): Tensor components and coordinate transformations

SH2372 General Relativity (7): Tensor components and coordinate transformations

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SH2372 General Relativity (6X): The inverse metric tensor

SH2372 General Relativity (6X): The inverse metric tensor

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SH2372 General Relativity (6): Type (N,M) tensors

SH2372 General Relativity (6): Type (N,M) tensors

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SH2372 General Relativity (5X): Metric components in polar coordinates

SH2372 General Relativity (5X): Metric components in polar coordinates

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SH2372 General Relativity (5): Type (0,M) tensors

SH2372 General Relativity (5): Type (0,M) tensors

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SH2372 General Relativity (4X): Covariant derivative of the position vector in polar coordinates

SH2372 General Relativity (4X): Covariant derivative of the position vector in polar coordinates

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SH2372 General Relativity (4): Covariant derivative

SH2372 General Relativity (4): Covariant derivative

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SH2372 General Relativity (3X): Christoffel symbols in polar coordinates

SH2372 General Relativity (3X): Christoffel symbols in polar coordinates

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SH2372 General Relativity (3): Christoffel symbols

SH2372 General Relativity (3): Christoffel symbols

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SH2372 General relativity (2X): Basis vectors in polar coordinates

SH2372 General relativity (2X): Basis vectors in polar coordinates

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SH2372 General Relativity (2): Tangent and dual bases

SH2372 General Relativity (2): Tangent and dual bases

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SH2372 General Relativity (1): Euclidean space and coordinate systems

SH2372 General Relativity (1): Euclidean space and coordinate systems

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Forced Oscillation Resonance

Forced Oscillation Resonance

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Functional Analysis - Part 1 - Metric Space

Functional Analysis - Part 1 - Metric Space

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Tadashi Tokieda - Chain reactions

Tadashi Tokieda - Chain reactions

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Introduction to Cosmology - Lecture 1

Introduction to Cosmology - Lecture 1

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A quick remainder problem

A quick remainder problem

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Topology & Geometry - LECTURE 01 Part 01/02 - by Dr Tadashi Tokieda

Topology & Geometry - LECTURE 01 Part 01/02 - by Dr Tadashi Tokieda

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Introduction/Logic of propositions and predicates- 01 - Frederic Schuller

Introduction/Logic of propositions and predicates- 01 - Frederic Schuller

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Axioms of Quantum Mechanics - Lec01 - Frederic Schuller

Axioms of Quantum Mechanics - Lec01 - Frederic Schuller

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Topology Lecture 01: Topological Spaces

Topology Lecture 01: Topological Spaces

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Partial Differential Equations Overview

Partial Differential Equations Overview

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Noether's Theorem

Noether's Theorem

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Beyond the SM at the TeV scale - Lecture 4

Beyond the SM at the TeV scale - Lecture 4

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Beyond the SM at the TeV scale - Lecture 3

Beyond the SM at the TeV scale - Lecture 3

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Beyond the SM at the TeV scale - Lecture 2

Beyond the SM at the TeV scale - Lecture 2

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Beyond the SM at the TeV scale - Lecture 1

Beyond the SM at the TeV scale - Lecture 1

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Solving the Legendary IMO Problem 6 in 8 minutes | International Mathematical Olympiad 1988

Solving the Legendary IMO Problem 6 in 8 minutes | International Mathematical Olympiad 1988

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This Weird Shape Rolls Uphill Instead of Down

This Weird Shape Rolls Uphill Instead of Down

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A Sensible Introduction to Category Theory

A Sensible Introduction to Category Theory

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1 Introduction: Symmetry and Group Theory in Physics

1 Introduction: Symmetry and Group Theory in Physics

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5 facts for Prime day!

5 facts for Prime day!

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Happy birthday! Ten years of Higgs Bosons – past, present, and future!

Happy birthday! Ten years of Higgs Bosons – past, present, and future!

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Conformal and Supersymmetry (Chapter 1, Lecture 1)

Conformal and Supersymmetry (Chapter 1, Lecture 1)

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L0.1 Introduction to Nuclear and Particle Physics: Course Overview

L0.1 Introduction to Nuclear and Particle Physics: Course Overview

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Manifolds - Part 1 - Introduction and Topology

Manifolds - Part 1 - Introduction and Topology

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Multivariable Calculus - Part 1 - Introduction

Multivariable Calculus - Part 1 - Introduction

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The Elusive Higgs Boson: Frank Close

The Elusive Higgs Boson: Frank Close

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Steven Strogatz: In and out of love with math | 3b1b podcast #3

Steven Strogatz: In and out of love with math | 3b1b podcast #3

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Differential Forms | Introduction and the Tangent Space

Differential Forms | Introduction and the Tangent Space

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Abstract Algebra | Definition of a Group and Basic Examples

Abstract Algebra | Definition of a Group and Basic Examples

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A better way to understand Differential Equations | Nonlinear Dynamics (Part 3) | #SoME2

A better way to understand Differential Equations | Nonlinear Dynamics (Part 3) | #SoME2

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A better way to understand Differential Equations | Nonlinear Dynamics (Part 2) | #SoME2

A better way to understand Differential Equations | Nonlinear Dynamics (Part 2) | #SoME2

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A better way to understand Differential Equations | Nonlinear Dynamics (Part 1) | #SoME2

A better way to understand Differential Equations | Nonlinear Dynamics (Part 1) | #SoME2

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Why does light slow down in water?

Why does light slow down in water?

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A New (Variational) Theory of Lift

A New (Variational) Theory of Lift

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The other end of a black hole – with James Beacham

The other end of a black hole – with James Beacham

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