UBC-PHYS 250: Introduction to Modern Physics Collection home page

Wave-particle duality of matter, special relativity, processes in atomic, nuclear and solid state, and introduction to quantum mechanical devices and techniques.

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Collection's Items (Sorted by Item Type in Ascending order): 21 to 32 of 32
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Item TypeTitleSubjectAuthor(s)Issue DateAccess
Learning Goals/ObjectivesModeling of physical systems (Quantum Mechanics) learning goalModern PhysicsCarl Wieman2009-09-17Open
Lecture NotesEmission and Absorption of Light - Applications - lasers, etc. - May 25, 2009Modern PhysicsCarl Wieman2009-08-13Open
Lecture NotesElectrons as Waves; Probability Waves - Matter Waves - June 3, 2009Modern PhysicsCarl Wieman2009-08-13Open
Lecture NotesElectrons as Waves; Probability Waves - Wave Functions - June 10, 2009Modern PhysicsCarl Wieman2009-08-13Open
Lecture NotesSchrodinger Eq and Potential Energy Wells - Schrodinger Equation and Potential Energy Wells - June 15, 2009Modern PhysicsCarl Wieman2009-08-13Open
Lecture NotesElectrons as Waves; Probability Waves - Wave Functions and Uncertainty Principle - June 8, 2009Modern PhysicsCarl Wieman2009-08-13Open
Lecture NotesSchrodinger Eq and Potential Energy Wells - Tunnelling - June 17, 2009Modern PhysicsCarl Wieman2009-08-17Open
Lecture NotesAtomic Structure - Hydrogen Atom - June 24, 2009Modern PhysicsCarl Wieman2009-08-13Open
Lecture NotesSolids and Conductivity - June 29, 2009Modern PhysicsCarl Wieman2009-08-11Open
Lecture NotesEmission and Absorption of Light - Atomic Spectra - May 22, 2009Modern PhysicsCarl Wieman2009-08-17Open
OverviewIntroduction to Modern PhysicsModern PhysicsCarl Wieman2013-07-19Open
Student DifficultiesStudent Difficulties summaryModern PhysicsCarl Wieman2009-09-17Open
Collection's Items (Sorted by Item Type in Ascending order): 21 to 32 of 32
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