Middlebury

PHYS 0202

Quantum Physics Applications

Quantum Physics and Applications
This course introduces quantum theory and statistical mechanics, and explores the Heisenberg uncertainty principle, the Schrödinger wave equation, and wave mechanics. These techniques are then applied to atomic, molecular, nuclear, and elementary particle systems. (PHYS 0201; PHYS 0212 concurrent or prior) 3 hrs. lect.
Subject:
Physics
Department:
Physics
Division:
Natural Sciences
Requirements Fulfilled:
DED SCI
Equivalent Courses:
PHYS 0218 *

Sections

Spring 2023

PHYS0202A-S23 Lecture (Watson)

Spring 2022

PHYS0202A-S22 Lecture (Glikman)
PHYS0202Z-S22 Discussion (Glikman)

Spring 2021

PHYS0202A-S21 Lecture (Glikman)

Spring 2020

PHYS0202A-S20 Lecture (Glikman)

Spring 2019

PHYS0202A-S19 Lecture (Watson)

Spring 2018

PHYS0202A-S18 Lecture (Dunham)

Spring 2017

PHYS0202A-S17 Lecture (Dunham)

Spring 2016

PHYS0202A-S16 Lecture (Glikman)

Spring 2015

PHYS0202A-S15 Lecture (Glikman)

Spring 2014

PHYS0202A-S14 Lecture (Watson, Glikman)

Spring 2013

PHYS0202A-S13 Lecture (Dunham)

Spring 2012

PHYS0202A-S12 Lecture (Dunham)

Spring 2011

PHYS0202A-S11 Lecture (Watson)

Spring 2010

PHYS0202A-S10 Lecture (Watson)

Spring 2009

PHYS0202A-S09 Lecture (Dunham)

Spring 2008

PHYS0202A-S08 Lecture (Prigo)

Spring 2007

PHYS0202A-S07 Lecture (Ratcliff)

Spring 2006

PHYS0202A-S06 Lecture (Dunham)

Spring 2005

PHYS0202A-S05 Lecture (Ratcliff)

Spring 2004

PHYS0202A-S04 Lecture (Watson)