Канал: Roger Moore

PHYS 485 Fermi's Golden Rule

PHYS 485 Fermi's Golden Rule

PHYS 485 Cross Sections

PHYS 485 Cross Sections

PHYS 485 CP, T and CPT

PHYS 485 CP, T and CPT

PHYS 485 Broken Symmetries

PHYS 485 Broken Symmetries

PHYS 485 Spin and Isospin

PHYS 485 Spin and Isospin

PHYS 485: Groups and Symmetries

PHYS 485: Groups and Symmetries

PHYS 485 Weak Interactions Part 1

PHYS 485 Weak Interactions Part 1

PHYS 485 QCD Part 1

PHYS 485 QCD Part 1

PHYS 485 QED Part 1

PHYS 485 QED Part 1

PHYS 485 The Birth of the Standard Model

PHYS 485 The Birth of the Standard Model

Phys 485 Particle Accelerators

Phys 485 Particle Accelerators

PHYS 485 The Particle Zoo

PHYS 485 The Particle Zoo

PHYS 485 The Early History of Particle Physics

PHYS 485 The Early History of Particle Physics

PHYS 485 Relativisitic Dynamics

PHYS 485 Relativisitic Dynamics

PHYS 485: Relativisitic Kinematics

PHYS 485: Relativisitic Kinematics

$PHYS 130 Lightwaves: The Diffraction Grating$

PHYS 130 Lightwaves: The Diffraction Grating

PHYS 130 Optics: The Telescope

PHYS 130 Optics: The Telescope

PHYS 130 Optics: The Magnifying Glass

PHYS 130 Optics: The Magnifying Glass

PHYS 130 Optics: The Microscope

PHYS 130 Optics: The Microscope

PHYS 130 Oscillations: Amplitude and Phase

PHYS 130 Oscillations: Amplitude and Phase

PHYS 130 Introduction: Calculus and Kinematics

PHYS 130 Introduction: Calculus and Kinematics

PHYS 130 Introduction: Units

PHYS 130 Introduction: Units

PHYS 130 Welcome

PHYS 130 Welcome

PHYS 130 Oscillations: Resonance

PHYS 130 Oscillations: Resonance

PHYS 130 Oscillations: Driven Oscillators

PHYS 130 Oscillations: Driven Oscillators

PHYS 130 Oscillations: Damped Oscillations

PHYS 130 Oscillations: Damped Oscillations

PHYS 130 Oscillations: Damped Oscillator Examples

PHYS 130 Oscillations: Damped Oscillator Examples

PHYS 130 Oscillations: Initial Conditions

PHYS 130 Oscillations: Initial Conditions

PHYS 130 Oscillations: The Simple Pendulum

PHYS 130 Oscillations: The Simple Pendulum

PHYS 130 Oscillations: The Vertical Mass-Spring System

PHYS 130 Oscillations: The Vertical Mass-Spring System

$PHYS 130 Lightwaves Part 8: Double Slit Diffraction$

PHYS 130 Lightwaves Part 8: Double Slit Diffraction

$PHYS 130 Lightwaves Part 7: Single Slit Diffraction$

PHYS 130 Lightwaves Part 7: Single Slit Diffraction

$PHYS 130 Lightwaves Part 6: Diffraction$

PHYS 130 Lightwaves Part 6: Diffraction

PHYS 130 Lightwaves Part 5: Newton's Rings

PHYS 130 Lightwaves Part 5: Newton's Rings

PHYS 130 Lightwaves Part 4: Thin Films

PHYS 130 Lightwaves Part 4: Thin Films

PHYS 130 Optics Part 3: The Lensmaker's Equation

PHYS 130 Optics Part 3: The Lensmaker's Equation

PHYS 130 Lightwaves Part 1: Polarization

PHYS 130 Lightwaves Part 1: Polarization

PHYS 130 Lightwaves Part 3: Dispersion

PHYS 130 Lightwaves Part 3: Dispersion

PHYS 130 Lightwaves Part 2: Brewster's Angle

PHYS 130 Lightwaves Part 2: Brewster's Angle

PHYS 130 Optics Part 4: Aberrations

PHYS 130 Optics Part 4: Aberrations

$PHYS 130 Optics Part 2: Refraction$

PHYS 130 Optics Part 2: Refraction

PHYS 130 Optics Part 1: Reflection

PHYS 130 Optics Part 1: Reflection

PHYS 130 Waves Part 9: Standing Waves in Pipes

PHYS 130 Waves Part 9: Standing Waves in Pipes

PHYS 130 Waves Part 8: Standing Waves on Strings

PHYS 130 Waves Part 8: Standing Waves on Strings

PHYS 130 Waves Part 7: Boundaries

PHYS 130 Waves Part 7: Boundaries

PHYS 130 Waves Part 5: Acoustic Waves

PHYS 130 Waves Part 5: Acoustic Waves

PHYS 130 Waves Part 6: Superposition

PHYS 130 Waves Part 6: Superposition

PHYS 130 Waves Part 4: Pressure and Density

PHYS 130 Waves Part 4: Pressure and Density

PHYS 130 Waves Part 3: The Wave Equation

PHYS 130 Waves Part 3: The Wave Equation

PHYS 130 Waves Part 2: Partial Differentials

PHYS 130 Waves Part 2: Partial Differentials

PHYS 130 Waves Part 1: Properties

PHYS 130 Waves Part 1: Properties

PHYS 130 Oscillations Part 8: Driven Oscillators

PHYS 130 Oscillations Part 8: Driven Oscillators

PHYS 130 Oscillations Part 7: Types of Damping

PHYS 130 Oscillations Part 7: Types of Damping

PHYS 130 Oscillations Part 6: Damped Oscillators

PHYS 130 Oscillations Part 6: Damped Oscillators

PHYS 130 Oscillations Part 5: Energy

PHYS 130 Oscillations Part 5: Energy

PHYS 130 Oscillations Part 4: Velocity and Acceleration

PHYS 130 Oscillations Part 4: Velocity and Acceleration

PHYS 130 Oscillations Part 3: Phase

PHYS 130 Oscillations Part 3: Phase

PHYS 130 Oscillations Part 2: Simple Harmonic Motion

PHYS 130 Oscillations Part 2: Simple Harmonic Motion

PHYS 130 Oscillations Part 1: Properties

PHYS 130 Oscillations Part 1: Properties

PHYS 144 Lecture 31: Centre of Gravity

PHYS 144 Lecture 31: Centre of Gravity

PHYS 144 Lecture 30: Gyroscopes and Equilibrium

PHYS 144 Lecture 30: Gyroscopes and Equilibrium

PHYS 144 Lecture 29: Equilibrium

PHYS 144 Lecture 29: Equilibrium

PHYS 144 Lecture 27: Angular Energy and Momentum

PHYS 144 Lecture 27: Angular Energy and Momentum

PHYS 144 Lecture 26: Moment of Inertia

PHYS 144 Lecture 26: Moment of Inertia

PHYS 144 Lecture 25: Moment of a Force

PHYS 144 Lecture 25: Moment of a Force

PHYS 144 Lecture 24: Circular Acceleration

PHYS 144 Lecture 24: Circular Acceleration

PHYS 144 Lecture 21: Angular Acceleration

PHYS 144 Lecture 21: Angular Acceleration

PHYS 144 Lecture 20: Angular Velocity

PHYS 144 Lecture 20: Angular Velocity

PHYS 144 Lecture 19: 2D Collisions and Dark Matter

PHYS 144 Lecture 19: 2D Collisions and Dark Matter

PHYS 144 Lecture 18: Coefficient of Restitution

PHYS 144 Lecture 18: Coefficient of Restitution

PHYS 144 Lecture 17: Momentum and Impulse

PHYS 144 Lecture 17: Momentum and Impulse

PHYS 144 Lecture 16: Rocket Science

PHYS 144 Lecture 16: Rocket Science

PHYS 144 Lecture 15: Power

PHYS 144 Lecture 15: Power

PHYS 144 Lecture 14: Potential Energy

PHYS 144 Lecture 14: Potential Energy

PHYS 144 Lecture 13: Work and Energy

PHYS 144 Lecture 13: Work and Energy

PHYS 144 Lecture 12: Free Body Diagrams

PHYS 144 Lecture 12: Free Body Diagrams

PHYS 144 Lecture 11: Strings and Equilibrium

PHYS 144 Lecture 11: Strings and Equilibrium

PHYS 144 Lecture 10: Contact Forces

PHYS 144 Lecture 10: Contact Forces

PHYS 144 Lecture 9: Force and Mass

PHYS 144 Lecture 9: Force and Mass

PHYS 144 Lecture 8: Uniform Circular Motion

PHYS 144 Lecture 8: Uniform Circular Motion

PHYS 144 Lecture 7: Kinematics III

PHYS 144 Lecture 7: Kinematics III

PHYS 144 Lecture 6: Kinematics II

PHYS 144 Lecture 6: Kinematics II

PHYS 144 Lecture 5: Kinematics I

PHYS 144 Lecture 5: Kinematics I

PHYS 144 Lecture 4: Measurements

PHYS 144 Lecture 4: Measurements

PHYS 144 Lecture 3: Units and Measurements

PHYS 144 Lecture 3: Units and Measurements

PHYS 144 Lecture 2: Introduction to Physics

PHYS 144 Lecture 2: Introduction to Physics

PHYS 485 Lecture 16: Casimir's Trick

PHYS 485 Lecture 16: Casimir's Trick

PHYS 485 Lecture 15: Quantum Electrodynamics

PHYS 485 Lecture 15: Quantum Electrodynamics

PHYS 485 Lecture 14: The Dirac Equation

PHYS 485 Lecture 14: The Dirac Equation

PHYS 485 Lecture 13: Feynman Rules

PHYS 485 Lecture 13: Feynman Rules

PHYS 485 Lecture 12: Fermi's Golden Rule

PHYS 485 Lecture 12: Fermi's Golden Rule

PHYS 485 Lecture 11: Preserved Symmetries

PHYS 485 Lecture 11: Preserved Symmetries

PHYS 485 Lecture 9: Broken Symmetries

PHYS 485 Lecture 9: Broken Symmetries

PHYS 485 Lecture 8: Symmetries

PHYS 485 Lecture 8: Symmetries

PHYS 485 Lecture 7: Weak Interactions

PHYS 485 Lecture 7: Weak Interactions

PHYS 485 Lecture 6: Feynman Diagrams

PHYS 485 Lecture 6: Feynman Diagrams

PHYS 485 Lecture 5: Standard Model and Feynman Diagrams

PHYS 485 Lecture 5: Standard Model and Feynman Diagrams

$PHYS 146 Light Waves part 7: Diffraction at Slits$

PHYS 146 Light Waves part 7: Diffraction at Slits

$PHYS 146 Light Waves part 8: Diffraction Grating$

PHYS 146 Light Waves part 8: Diffraction Grating

PHYS 146 Light Waves part 4: Dispersion

PHYS 146 Light Waves part 4: Dispersion

PHYS 146 Light Waves part 6: Interference

PHYS 146 Light Waves part 6: Interference

PHYS 146 Light Waves part 5: Polarization

PHYS 146 Light Waves part 5: Polarization

PHYS 146 Light Waves part 3: The Lens Equation

PHYS 146 Light Waves part 3: The Lens Equation

PHYS 146 Light Waves part 2: Lenses

PHYS 146 Light Waves part 2: Lenses

$PHYS 146 Light Waves part 1: Reflection and Refraction$

PHYS 146 Light Waves part 1: Reflection and Refraction

PHYS 146 Waves part 10: The Doppler Effect

PHYS 146 Waves part 10: The Doppler Effect

PHYS 146 Waves part 9: Standing Waves

PHYS 146 Waves part 9: Standing Waves

PHYS 146 Waves part 8: Interference

PHYS 146 Waves part 8: Interference

PHYS 146 Waves part 7: Superposition

PHYS 146 Waves part 7: Superposition

PHYS 146 Waves part 6: Wave Intensity

PHYS 146 Waves part 6: Wave Intensity

PHYS 146 Waves part 5: Acoustic Waves

PHYS 146 Waves part 5: Acoustic Waves

PHYS 146 Waves part 4: Waves on a String

PHYS 146 Waves part 4: Waves on a String

PHYS 146 Waves part 3: Solving the Wave Equation

PHYS 146 Waves part 3: Solving the Wave Equation

PHYS 146 Waves part 2: The Wave Equation

PHYS 146 Waves part 2: The Wave Equation

PHYS 146 Waves part 1: Wave Types and Properties

PHYS 146 Waves part 1: Wave Types and Properties

PHYS 146 Oscillations Part 8: Resonance

PHYS 146 Oscillations Part 8: Resonance

PHYS 146 Oscillations Part 7: Driven Oscillators

PHYS 146 Oscillations Part 7: Driven Oscillators

PHYS 146 Oscillations Part 6: Damped Oscillators

PHYS 146 Oscillations Part 6: Damped Oscillators

PHYS 146 Oscillations Part 4: Kinematics and Energy

PHYS 146 Oscillations Part 4: Kinematics and Energy

PHYS 146 Oscillations Part 5: Pendulums

PHYS 146 Oscillations Part 5: Pendulums

PHYS 146 Oscillations Part 3: Phasors

PHYS 146 Oscillations Part 3: Phasors

PHYS 146 Oscillations Part 2: SHM Parameters

PHYS 146 Oscillations Part 2: SHM Parameters

PHYS 146 Oscillations Part 1: Derivation of Simple Harmonic Motion

PHYS 146 Oscillations Part 1: Derivation of Simple Harmonic Motion

PHYS 146 Fluid Dynamics, part 3: Viscosity

PHYS 146 Fluid Dynamics, part 3: Viscosity

PHYS 146 Fluid Dynamics, part 2: Bernoulli's Equation

PHYS 146 Fluid Dynamics, part 2: Bernoulli's Equation

PHYS 146 Fluid Dynamics, part 1: Fluid Flow

PHYS 146 Fluid Dynamics, part 1: Fluid Flow

PHYS 146 Fluid Statics, part 4: Buoyancy

PHYS 146 Fluid Statics, part 4: Buoyancy

PHYS 146 Fluid Statics, part 3: Pressure Gauges

PHYS 146 Fluid Statics, part 3: Pressure Gauges

PHYS 146 Fluid Statics part 2: Static Pressure

PHYS 146 Fluid Statics part 2: Static Pressure

PHYS 146 Fluid Statics, part 1: Pressure and Density

PHYS 146 Fluid Statics, part 1: Pressure and Density

PHYS 146 Elasticity part 4: Elastic Limits

PHYS 146 Elasticity part 4: Elastic Limits

PHYS 146 Elasticity part 3: Moduli of Elasticity

PHYS 146 Elasticity part 3: Moduli of Elasticity

PHYS 146 Elasticity part 2: Young's Modulus

PHYS 146 Elasticity part 2: Young's Modulus

PHYS 146 Elasticity part 1: Stress and Strain

PHYS 146 Elasticity part 1: Stress and Strain