Podcast
Questions and Answers
What is the term used to describe the combination of overlapping waves?
What is the term used to describe the combination of overlapping waves?
How does the electron's position differ from that of a planet orbiting the sun?
How does the electron's position differ from that of a planet orbiting the sun?
What does the shape of the wave representing an electron's orbital depend on?
What does the shape of the wave representing an electron's orbital depend on?
What is a common misconception when visualizing an electron in superposition?
What is a common misconception when visualizing an electron in superposition?
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In a quantum experiment with a beam of electrons and two slits, what is detected on the other side of the slits?
In a quantum experiment with a beam of electrons and two slits, what is detected on the other side of the slits?
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What does the term 'orbital cloud' refer to in quantum mechanics?
What does the term 'orbital cloud' refer to in quantum mechanics?
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What analogy is used to describe the overlap of waves in classical physics?
What analogy is used to describe the overlap of waves in classical physics?
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What can result from adding two quantum waves together?
What can result from adding two quantum waves together?
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What is the result called when overlapping waves combine?
What is the result called when overlapping waves combine?
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How does the electron's behavior differ from that of a classical particle like a planet?
How does the electron's behavior differ from that of a classical particle like a planet?
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What does the shape of the wave representing the electron's orbital signify?
What does the shape of the wave representing the electron's orbital signify?
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Which statement accurately describes the concept of superposition in quantum mechanics?
Which statement accurately describes the concept of superposition in quantum mechanics?
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What happens when two quantum waves are added together?
What happens when two quantum waves are added together?
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What is described as a three-dimensional quantum wave representing an electron's position?
What is described as a three-dimensional quantum wave representing an electron's position?
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In what way do classical and quantum wave interactions differ in visual representation?
In what way do classical and quantum wave interactions differ in visual representation?
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What is the phenomenon observed when a beam of individual electrons is fired at a barrier with two slits?
What is the phenomenon observed when a beam of individual electrons is fired at a barrier with two slits?
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Study Notes
Course Information
- Course Code: PHYS3111
- Course Name: Quantum Mechanics
- Faculty: Science
- School: Physics
- Semester: T2, 2021
Staff
- Course Convenor: A/Prof Julian Berengut
- Lecturer: Prof Oleg Sushkov
- Laboratory Manager: Tamara Reztsova
- Teaching Support Officer: Zofia Krawczyk-Bernotas
Course Summary
- Quantum mechanics is a fundamental course in modern physics, focusing on microscopic phenomena.
- It provides a comprehensive introduction for further study in the field.
- Topics include quantum mechanics in 3D, angular momentum, hydrogen atom, Landau levels, spin, identical particles, Clebsch-Gordan coefficients, perturbation theory, and scattering.
Course Aims
- Develop graduate attributes in research, inquiry, and analytical thinking, capability and motivation, ethics, communication in a scientific context, and collaborative/management skills.
Learning Outcomes
- Explain core principles of quantum mechanics.
- Apply angular momentum and spin mathematical frameworks to 3D systems.
- Use perturbation theory and scattering theory to analyze quantum systems.
- Interpret experimental data.
Learning and Teaching Activities
- Assumed Knowledge: PHYS1221, PHYS1231, PHYS1241, MATH2069, MATH2011, MATH2111
- Lectures: 2 hours + 2 hours (Weeks 1-5,7-10)
- Tutorials: 1 hour per week (Weeks 1-5,7-10)
- Laboratories: 2 x 3hr periods per term
- Two experiments are conducted during the term in OMB142.
Assessment
- Assessment 1: Mid-session test - 50 mins, 15%
- Assessment 2: Assignment - 2 hours, 10%
- Assessment 3: Laboratory - 60%
- Assessment 4: Final exam
Schedule and Structure
- Detailed timetable is available and can change
- Weekly topics are outlined (e.g., angular momentum, separation of variables, spin, etc)
Readings and Resources
- Prescribed Text: Griffiths - Introduction to Quantum Mechanics (2nd Edition)
- Recommended Text: Gasiorowicz - Quantum Physics
- Other resources will be posted on Moodle
Academic Integrity
- Referencing is crucial for acknowledging sources.
- Plagiarism has serious consequences.
Administrative Matters
- Email Regularly for university communications
- Note that course communication may include links, emails, or other information regarding the course.
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