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Module 11 - Questions

From  Lorraine Alyea 2 plays 0  

Module 9 - Introduction

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Module 8 - Questions

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Module 8 - Introduction

From  Lorraine Alyea 1 plays 0  

Module 7 - Questions

From  Lorraine Alyea 0 plays 0  

Module 4 - Introduction

From  Lorraine Alyea 10 plays 0  

Module 2 - Introduction

From  Lorraine Alyea 7 plays 0  

“TRIKAFTA” | Dr. Linda Pedder & Amanda Bartels | November 9, 2023

Dr. Linda Pedder is an Associate Professor within the Department of Pediatrics, Division Head of Pediatric Respirology and Director of the Pediatric Cystic Fibrosis clinic at McMaster…

From  Johna Autencio 40 plays 0  

3MT Presentation (Parkinson's Disease)

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Obesity

From  Iqbal Dhaliwal 8 plays 0  

AI in Healthcare Rounds with Dr. Jon Stokes - July 19 2023

Topic of discussion: AI in Antibiotic Research and Development Transcript of recording is available under the 'Attachments' tab.

From  Clara Fama 16 plays 0  

Scoliosis Surgery in Medically Complex Children | Dr. Erin Kwolek | Mar 23rd, 2023

Erin Kwolek’s favorite city in the world is New York City and she lived there for four months in 2022. Her favorite pizza is at Scarr’s on the Lower East Side where they actually mill…

From  Zoi Snyder 24 plays 0  

January 27, 2022 Pain Rounds - Dr. Lyn S. Turkstra

From  Taylor Torreon 1 plays 0  

October 27, 2021 Cardiac Rounds - Dr. Richard Kolesar

From  Taylor Torreon 6 plays 0  

PHYS739_approximation_Methods4

Generalized our treatment of first order transitions to include a slow switch on of the perturbation.

From  DUNCAN O'DELL 2 plays 0  

PHYSICS739_approximation_Methods3

Showed how to find transition amplitudes from the Dyson series. Began analyzing 1st order perturbations constant in time except for being switched on at t=t0.

From  DUNCAN O'DELL 2 plays 0  

PHYSICS739_ElectromagneticFields

Discussed how to include electromagnetic fields in the Schrodinger equation and path integrals, and also covered the Aharonov-Bohm effect

From  DUNCAN O'DELL 1 plays 0  

PHYS739_Propagator3

We calculated the propagator for the simple harmonic oscillator using the Feynman path integral approach.

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PHYSICS739_Propagator2

Finished going through the Green's function slides and started looking at path integrals.

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PHYSICS739_Propagator

Introduced the propagator and began slides on Green's functions

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PHYSIC739_WKB2_connection

Discussed how to obtain the WKB connection formulae using both the transitional approximation and the complex method. Also applied the WKB method to quantize wave functions in various potential wells.

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PHYSICS739_WKB1

First class on the WKB approximation

From  DUNCAN O'DELL 3 plays 0  

PHYSICS739_SHO_HeisenbergEoM&CoherentStates

1) Discussed the Heisenberg equation of motion applied to the simple harmonic oscillator 2) Discussed coherent states

From  DUNCAN O'DELL 2 plays 0  

08_ECE716_Control of SRM_12

From  BERKER BILGIN 90 plays 0