Канал: Vortex

So, what do you mean by SPACETIME?

So, what do you mean by SPACETIME?

9th planet in the solar system? #solar #solarsystem #neildegrassetyson #astronomy

9th planet in the solar system? #solar #solarsystem #neildegrassetyson #astronomy

#tides #explained by #neildegrassetyson #physics #astronomy

#tides #explained by #neildegrassetyson #physics #astronomy

#expansion of the #universe in #einstein #relativity by #neildegrassetyson

#expansion of the #universe in #einstein #relativity by #neildegrassetyson

#neildegrassetyson #zodiac #zodiacsigns #constellation #astrology #astronomy

#neildegrassetyson #zodiac #zodiacsigns #constellation #astrology #astronomy

Falling through a Viscous Medium | #differentialequation | ODE6

Falling through a Viscous Medium | #differentialequation | ODE6

How to Find the Geodesic Equation Easily! | Schwarzschild Spacetime

How to Find the Geodesic Equation Easily! | Schwarzschild Spacetime

Understanding Schwarzschild singularities

Understanding Schwarzschild singularities

Problem 2 : Triple Product of Vectors & Volume of a Parallelepiped

Problem 2 : Triple Product of Vectors & Volume of a Parallelepiped

Kip Thorne on the #geometry of #blackhole

Kip Thorne on the #geometry of #blackhole

#briancox on absolute #space #shorts #physics #einstein

#briancox on absolute #space #shorts #physics #einstein

#neildegrassetyson explaining Nomenclatures in Science #shorts #physics #science

#neildegrassetyson explaining Nomenclatures in Science #shorts #physics #science

#jupiter is the biggest #planet in our #solarsystem #shorts #short #solar #astronomy

#jupiter is the biggest #planet in our #solarsystem #shorts #short #solar #astronomy

How to #getout using #physics #shorts #short #shortvideo #shortsvideo #centripetalforce

How to #getout using #physics #shorts #short #shortvideo #shortsvideo #centripetalforce

#superconductor #physics with supercooled #magnet #shorts #short #shortsvideo #shortvideo

#superconductor #physics with supercooled #magnet #shorts #short #shortsvideo #shortvideo

Traveling Faster than Light #neildegrassetyson #physics #shorts #short #shortvideo #shortsvideo

Traveling Faster than Light #neildegrassetyson #physics #shorts #short #shortvideo #shortsvideo

Problem 10 : Center of Mass of a System

Problem 10 : Center of Mass of a System

Problem 9: Spring Pulley System (Energy Problem)

Problem 9: Spring Pulley System (Energy Problem)

Problem 8: Collision Against a Spring (Energy Problem)

Problem 8: Collision Against a Spring (Energy Problem)

Spacetime is a .... Manifold!? #shorts #short #physics #einstein

Spacetime is a .... Manifold!? #shorts #short #physics #einstein

#wormhole in #interstellar #shorts #short #science #physics

#wormhole in #interstellar #shorts #short #science #physics

Kip Thorne on Time Travelling #shorts #physics #wormhole #blackhole

Kip Thorne on Time Travelling #shorts #physics #wormhole #blackhole

He was Instrumental for Quantum Mechanics ... #shorts #short

He was Instrumental for Quantum Mechanics ... #shorts #short

The PHYSICS behind the GENERAL RELATIVITY

The PHYSICS behind the GENERAL RELATIVITY

Green's Theorem on the Plane

Green's Theorem on the Plane

Problem 7 : Energy Conservation, Lennard-Jones Potential & Systems of Particles

Problem 7 : Energy Conservation, Lennard-Jones Potential & Systems of Particles

Laurent Series of the Function f(z)=e^2z/(z-1)^3

Laurent Series of the Function f(z)=e^2z/(z-1)^3

Laurent Series of the Function f(z)=e^z/z^6

Laurent Series of the Function f(z)=e^z/z^6

Contour Integration of z^n on a Circle

Contour Integration of z^n on a Circle

Problem 6 : Pulley and Inclined Surface | Principles of Physics I

Problem 6 : Pulley and Inclined Surface | Principles of Physics I

Problem 5 : Atwood Machine | Principles of Physics I

Problem 5 : Atwood Machine | Principles of Physics I

Separable Differential Equation with Example | ODE2

Separable Differential Equation with Example | ODE2

Know you Differential Equations | ODE1

Know you Differential Equations | ODE1

Gamma function & LAPLACE TRANSFORM of Power Series| LT6

Gamma function & LAPLACE TRANSFORM of Power Series| LT6

LAPLACE TRANSFORMS of Derivatives | LT5

LAPLACE TRANSFORMS of Derivatives | LT5

LAPLACE TRANSFORM of Sinusoidal functions | LT4

LAPLACE TRANSFORM of Sinusoidal functions | LT4

Properties of LAPLACE TRANSFORMATION | LT3

Properties of LAPLACE TRANSFORMATION | LT3

LAPLACE TRANSFORMATION of Unity, Linear and Exponential functions | LT2

LAPLACE TRANSFORMATION of Unity, Linear and Exponential functions | LT2

What is LAPLACE TRANSFORMATION & When Does it Exist? | LT1

What is LAPLACE TRANSFORMATION & When Does it Exist? | LT1

Problem 4: Friction, Tension and Pulley | Principles of Physics I

Problem 4: Friction, Tension and Pulley | Principles of Physics I

Problem 3: Relative Velocity | Principles of Physics I

Problem 3: Relative Velocity | Principles of Physics I

Problem 1: Vectors | Principles of Physics I

Problem 1: Vectors | Principles of Physics I

A Quick Review of VECTORS for Introductory Mechanics

A Quick Review of VECTORS for Introductory Mechanics

Gravitational Redshift in General Relativity

Gravitational Redshift in General Relativity

Gravitational Redshift near a Schwarzschild Black Hole

Gravitational Redshift near a Schwarzschild Black Hole

Green's Function for Wave Equation 3 | A Clever Trick and The Solution

Green's Function for Wave Equation 3 | A Clever Trick and The Solution

Green's Function for Wave Equation 2 | Simplifying the Equation

Green's Function for Wave Equation 2 | Simplifying the Equation

Stress-Energy-Momentum Tensor 3 | The Perfect Fluid

Stress-Energy-Momentum Tensor 3 | The Perfect Fluid

Stress-Energy-Momentum Tensor 2 | The REAL Meaning!

Stress-Energy-Momentum Tensor 2 | The REAL Meaning!

Stress-Energy-Momentum Tensor 1 | Introduction

Stress-Energy-Momentum Tensor 1 | Introduction

Oscillation 7 | Damped Harmonic Motion

Oscillation 7 | Damped Harmonic Motion

Oscillation 6 | Simple Pendulum

Oscillation 6 | Simple Pendulum

Oscillation 5 | Energy and Period of Simple Harmonic Motion

Oscillation 5 | Energy and Period of Simple Harmonic Motion

Oscillation 4 | Equivalence of Different Solutions

Oscillation 4 | Equivalence of Different Solutions

Oscillation 3 | Solving the Linear Differential Equation WITHOUT(?) Direct Integration

Oscillation 3 | Solving the Linear Differential Equation WITHOUT(?) Direct Integration

Oscillation 2 | Solving the Linear Differential Equation via Direct Integration

Oscillation 2 | Solving the Linear Differential Equation via Direct Integration

Oscillation 1 | What is Hooke's law?

Oscillation 1 | What is Hooke's law?

Covariant Derivative : Abstract Approach

Covariant Derivative : Abstract Approach

EINSTEIN FIELD EQUATIONS

EINSTEIN FIELD EQUATIONS

Green's function for Wave Equation 1 | Mechanism and Boundary Condition

Green's function for Wave Equation 1 | Mechanism and Boundary Condition

Schwarzschild Metric | Derivation

Schwarzschild Metric | Derivation

Study of Non-conservative Systems with Harmonic Oscillator

Study of Non-conservative Systems with Harmonic Oscillator

Examples of Groups (Symmetry and Groups 3) | Particle Physics 11

Examples of Groups (Symmetry and Groups 3) | Particle Physics 11

Definition of Group (Symmetry and Groups 2) | Particle Physics 10

Definition of Group (Symmetry and Groups 2) | Particle Physics 10

Why Groups? (Symmetry and Groups 1) | Particle Physics 9

Why Groups? (Symmetry and Groups 1) | Particle Physics 9

Rapidity Parameter, Invariance & Energy Momentum (Special Relativity 7) | Particle Physics 8

Rapidity Parameter, Invariance & Energy Momentum (Special Relativity 7) | Particle Physics 8

Four Vectors (Special Relativity 6) | Particle Physics 7

Four Vectors (Special Relativity 6) | Particle Physics 7

Lorentz Transformation (Special Relativity 5) | Particle Physics 6

Lorentz Transformation (Special Relativity 5) | Particle Physics 6

Transformation of Metric Tensor (Special Relativity 4) | Particle Physics 5

Transformation of Metric Tensor (Special Relativity 4) | Particle Physics 5

Metric Tensor Unveiled (Special Relativity 3) | Particle Physics 4

Metric Tensor Unveiled (Special Relativity 3) | Particle Physics 4

Dual Vector and Metric Tensor (Special Relativity 2) | Particle Physics 3

Dual Vector and Metric Tensor (Special Relativity 2) | Particle Physics 3

Euclidean Geometry (Special Relativity 1) | Particle Physics 2

Euclidean Geometry (Special Relativity 1) | Particle Physics 2

Outline of the Contents | Particle Physics 1

Outline of the Contents | Particle Physics 1