Канал: Sasha Tchekhovskoy

Lecture 13: Frame transformations, Midterm problems, Energy and reference frames

Lecture 13: Frame transformations, Midterm problems, Energy and reference frames

Lecture 12: Reference frames, Coriolis force, and Hurricanes

Lecture 12: Reference frames, Coriolis force, and Hurricanes

Lecture 14: Rotations

Lecture 14: Rotations

Lecture 1.1 of Classical Mechanics (PHYS-411)

Lecture 1.1 of Classical Mechanics (PHYS-411)

TEACHx: Connecting with your virtual audience using the green screen or lightboard approaches

TEACHx: Connecting with your virtual audience using the green screen or lightboard approaches

Lecture 11: Introduction to Computational Physics (PHYS-352)

Lecture 11: Introduction to Computational Physics (PHYS-352)

Lecture 10: Introduction to Computational Physics (PHYS-352)

Lecture 10: Introduction to Computational Physics (PHYS-352)

Lecture 9: Introduction to Computational Physics (PHYS-352)

Lecture 9: Introduction to Computational Physics (PHYS-352)

Lecture 9: Introduction to Computational Physics (PHYS-352)

Lecture 9: Introduction to Computational Physics (PHYS-352)

Lecture 10: Introduction to Computational Physics (PHYS-352)

Lecture 10: Introduction to Computational Physics (PHYS-352)

Lecture 8 Introduction to Computational Physics (PHYS-352)

Lecture 8 Introduction to Computational Physics (PHYS-352)

Lecture 7: Introduction to Computational Physics (PHYS-352)

Lecture 7: Introduction to Computational Physics (PHYS-352)

Lecture 6: Introduction to Computational Physics (PHYS-352)

Lecture 6: Introduction to Computational Physics (PHYS-352)

Simulations of Jet formation and Interactions with Ambient Medium (3-minute version)

Simulations of Jet formation and Interactions with Ambient Medium (3-minute version)

Lecture 5: Introduction to Computational Physics

Lecture 5: Introduction to Computational Physics

Lecture 4: Introduction to Computational Physics

Lecture 4: Introduction to Computational Physics

Lecture 3: Introduction to Computational Physics (PHYS-352)

Lecture 3: Introduction to Computational Physics (PHYS-352)

Lecture 2: Introduction to Computational Physics (PHYS-352)

Lecture 2: Introduction to Computational Physics (PHYS-352)

Lecture 1: Introduction to Computational Physics (PHYS-352)

Lecture 1: Introduction to Computational Physics (PHYS-352)

WEDS3FEB E1.17-18-21 ALEXANDERTCHEKHOVSKOYFULLPRERECORDEDVIDEO

WEDS3FEB E1.17-18-21 ALEXANDERTCHEKHOVSKOYFULLPRERECORDEDVIDEO

Lecture 1, Conservation Laws, Physics-411, Classical Mechanics

Lecture 1, Conservation Laws, Physics-411, Classical Mechanics

Lecture 2, Many Particle Conservation Laws & Constraints, Physics-411, Classical Mechanics

Lecture 2, Many Particle Conservation Laws & Constraints, Physics-411, Classical Mechanics

Lecture 3, Virtual Work and Lagrange Equations, Physics-411, Classical Mechanics

Lecture 3, Virtual Work and Lagrange Equations, Physics-411, Classical Mechanics

Lecture 4: Examples of Using Lagrangian Approach

Lecture 4: Examples of Using Lagrangian Approach

Lecture 5: Principle of Least Action, Symmetries, and Conservation Laws

Lecture 5: Principle of Least Action, Symmetries, and Conservation Laws

Lecture 6: Hamilton's Principle of Least Action, Two-body Problem

Lecture 6: Hamilton's Principle of Least Action, Two-body Problem

phys 411 lecture 7 8K

phys 411 lecture 7 8K

Lecture 7: Kepler's Law, General Central Force, Virial Theorem

Lecture 7: Kepler's Law, General Central Force, Virial Theorem

Lecture 8: Stellar explosions: fast and slow mass loss

Lecture 8: Stellar explosions: fast and slow mass loss

Lecture 9: Linear Oscillations

Lecture 9: Linear Oscillations

Lecture 10: Linear Oscillations

Lecture 10: Linear Oscillations

Lecture 11: Normal modes and normal coordinates

Lecture 11: Normal modes and normal coordinates

phys 411 lecture 12 1080p

phys 411 lecture 12 1080p

phys 411 lecture 13 1080p

phys 411 lecture 13 1080p

phys 411 lecture 14 1080p

phys 411 lecture 14 1080p

Lecture 15: Rigid Body Dynamics: Euler Angles

Lecture 15: Rigid Body Dynamics: Euler Angles

Lecture 16: Parallel Axis Theorem and Free Precession

Lecture 16: Parallel Axis Theorem and Free Precession

Lecture 16 Bonus: Middle Axis Instability: Theory vs Experiment!

Lecture 16 Bonus: Middle Axis Instability: Theory vs Experiment!

Lecture 17: Forced Symmetric Top

Lecture 17: Forced Symmetric Top

Lecture 18: Hamiltonian Formulation

Lecture 18: Hamiltonian Formulation

Lecture 19: Canonical Transformations

Lecture 19: Canonical Transformations

Lecture 20: Symplectic Canonical Transformations and Poisson Brackets

Lecture 20: Symplectic Canonical Transformations and Poisson Brackets

Lecture 22: Noether's and Liouville's Theorems, Adiabatic Invariants

Lecture 22: Noether's and Liouville's Theorems, Adiabatic Invariants

Lecture 21: Hamilton-Jacobi Equations

Lecture 21: Hamilton-Jacobi Equations

Movie of W-R model

Movie of W-R model

DISKS25A93short2

DISKS25A93short2

atchekho Live Stream

atchekho Live Stream

Movie of high power model P46

Movie of high power model P46

Movie of high power model P46B2

Movie of high power model P46B2

Movie of low power model P44

Movie of low power model P44

mov job43

mov job43

mov job41

mov job41

2D Movie of Oblique MHD Pulsar Magnetosphere

2D Movie of Oblique MHD Pulsar Magnetosphere

3D Movie of Oblique Pulsar Magnetosphere

3D Movie of Oblique Pulsar Magnetosphere

Force-free pulsar at i=60

Force-free pulsar at i=60

Relativistic Jets from Magnetically-Arrested Retrograde Black Hole Accretion

Relativistic Jets from Magnetically-Arrested Retrograde Black Hole Accretion

Relativistic Jets from Magnetically-Arrested Prograde Black Hole Accretion

Relativistic Jets from Magnetically-Arrested Prograde Black Hole Accretion

Jets from a Magnetically-Arrested Accretion Disk

Jets from a Magnetically-Arrested Accretion Disk