General
General
Semester: B 2021, 4 points
For the benefit of everyone, you should ask (and answer) questions in the forum.
About the course - General
General
Topics
Topics
Course Plan
Week Topic Additional reading 1 Introduction to Quantum Mechanics, Wave packets and free particle motion. Chapter: 1,22 Wave packets and free particle motion. Schroedinger Equation. Chapter: 2,3 3 Schroedinger Equation. Chapter: 3 4 Schroedinger Equation, Quantum Harmonic Oscillator. Chapter: 3,5 5 Quantum Harmonic Oscillator. Chapter: 5 6 Quantum Harmonic Oscillator, Piecewise constant potentials. Chapter: 5,6 7 Piecewise constant potentials. Chapter: 6 8 Piecewise constant potentials. Chapter: 6 9 Piecewise constant potentials, Vector spaces and operators. Chapter: 6,9 10 Vector spaces and operators. Chapter: 9 11 Vector spaces and operators. Chapter: 9 12 Central forces and Angular Momentum. Chapter: 11,12 13 Central forces and Angular Momentum. Chapter: 11,12 14 The Hydrogen Atom. Chapter: 12
Topics
Textbooks
Textbooks
Textbook- Course book: Quantum Mechanics - Eugen Merzbacher
Textbooks
- Course book: Quantum Mechanics - Eugen Merzbacher
Lecture, Tutorial and office hours
Lecture, Tutorial and office hours
Office hours
Name Day Hours Building/Room E-mail Prof. Mario Feingold Monday 18:00-20:00 54/005 mario@bgu.ac.il Daniel Dahan Wednesday 18:00-20:00 54/317 ddani@post.bgu.ac.il Lecture/Tutorial
Group What? Name Day Hours Building/Room 1 Lecture Prof. Mario Feingold Monday 11:00-13:00 35/115 1 Lecture Prof. Mario Feingold Monday 15:00-16:00 35/116 11 TA Daniel Dahan Wednesday 11:00-13:00 check catalog 12 TA Daniel Dahan Wednesday 15:00-17:00 check catalog Lecture, Tutorial and office hours
Hydrogen atom lectures
Class exercises
Class exercises
Class Exercises
# Topic Exercise Solution 1 Fourier analysis, Delta Functions 01 01 2 Quantum effects, Wave functions 02 02 3 Wave Packets and Expectation values 03 03 4 Operators, Wave functions, Probability Current, Particle in a well 04 04 5 Measurement, Wave-function Collapse 05 05 6 Quantum Harmonic Oscillator 06 06 7 Constant potential, Probability current 07 07 8 Piecewise constant potentials 08 08 9 Operators 09 09 10 Operators, Dirac Notation 10 10 11 Central Force, Angular Momentum 11 12 Radial equation, Hydrogen atom 12 12
Class exercises
Homework exercises
Homework exercises
Homework Assignments
# Deadline Topic Exercise Solution Further Practice: (Year/Moed/Question) 1 21/03/2021 Delta Functions, Fourier analysis 01 01 2 21/03/2021 Wave functions 02 02 3 06/04/2021 Expectation values 03 03 4 20/04/2021 Operators, Wave functions, Probability Current 04 04 5 27/04/2021 Measurement, Wave-function Collapse, Symmetric well 05 05 Infinite Well: 2015B3, 2017B2, 2018A1, 2020B1 6 04/05/2021 Quantum Harmonic Oscillator 06 06 7 11/05/2021 Constant potential, Probability current, Particle in a well 07 07 Localized states/Delta function: 2015A1 , 2017A1 , 2018B2 , 2019B2
8 25/05/2021 Piecewise constant potentials 08 08 9 25/05/2021 Operators 09 09 10 01/06/2021 Operators, Dirac Notation 10 10 Harmonic Oscillator: 2015B1, 2016A2, 2017A3, 2018A2, 2018B1, 2019A1, 2019B3, 2019B1 11 08/06/2021 Central Force, Angular Momentum 11 Angular momentum: 2015A2, 2016B3, 2017A2, 2018B3 12 15/06/2021 Radial equation, Hydrogen atom 12 12 Coulomb potential: 2017B3, 2018A4
Homework exercises
Submissions
Solve set 01 and submit scan
Solve set 02 and submit scan
Solve set 03 and submit scan
Solve set 04 and submit scan
Solve set 05 and submit scan
Solve set 06 and submit scan
Solve set 07 and submit scan
Solve set 08 and submit scan
Solve set 09 and submit scan
Solve set 10 and submit scan
Solve set 11 and submit scan
Solve set 12 and submit scan
Declarations
Course policy
Course policy
Course Policy
- An assignment containing ~4 problems would be given ~weekly and submitted a day prior the upcoming class exercise.
- The assignments should be submitted ELECTRONICALLY.
- Submission of 8 of the home assignments is obligatory.
- For each missing assignment below 8 one point will be reduced from the final grade.
- For each extra assignment above 8 one point will be added to the final grade.
- Late or sloppy (that is, not a sufficient attempt) submissions WILL NOT BE ACCEPTED.
- You are required to report your performance. For each question of the assignment you should grade yourself according to the three options:
- A = I solved the question myself and got the correct answer.
B = I solved the question myself but made some mistakes.
C = I could not solve the problem myself and needed extra help to solve it.
- A = I solved the question myself and got the correct answer.
- Notice: these grades will only be used to follow your progress and will not affect your final grade.
FINAL GRADE = EXAM + (SUBMITTED-8)+BOUNUS POINTS
BOUNUS POINTS = 2(SUBMITTING 4 LAST ASSIGNMENTS)+2(SUBMITTING ALL ASSIGNMENTS)
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Course policy
Previous exams and formula sheet
Interactive tool for past exams