Hiroshima University Syllabus |

Japanese

Academic Year 2024Year School/Graduate School School of Science Lecture Code HC086000 Subject Classification Specialized Education Subject Name 電磁・量力演習 Subject Name

（Katakana）デンジ・リョウリキエンシュウ Subject Name in

EnglishExercise in Electromagnetism and Quantum Mechanics Instructor SHIMADA KENYA,IDETA SHINICHIRO,MATSUO KOICHI Instructor

(Katakana)シマダ ケンヤ,イデタ シンイチロウ,マツオ コウイチ Campus Higashi-Hiroshima Semester/Term 2nd-Year, Second Semester, Second Semester Days, Periods, and Classrooms (2nd) Weds7-10：SCI B301,SCI B305,SCI E210 Lesson Style Seminar Lesson Style

(More Details)Instructors assign problems every week, and students are required to solve them. During the class, assigned students should present solutions using blackboards. We discuss solutions of the problems. Credits 2.0 Class Hours/Week Language of Instruction J : Japanese Course Level 2 : Undergraduate Low-Intermediate Course Area（Area） 25 : Science and Technology Course Area（Discipline） 06 : Physics Eligible Students 2nd year, winter semester Keywords Exercise, Electromagnetism, Maxwell equation, quantum mechanics, Schroedinger equation Special Subject for Teacher Education Special Subject Class Status

within Educational

Program

(Applicable only to targeted subjects for undergraduate students)Criterion referenced

Evaluation

(Applicable only to targeted subjects for undergraduate students)Physics

（Abilities and Skills）

・Ability to formulate and solve physical problems.Class Objectives

/Class OutlineThis class aims to cultivate better understanding on the electromagnetism and quantum mechanics through exercises. Class Schedule Lesson 1: Guidance (Shimada, Ideta, Matsuo)

Lesson 2: Delta function, Electric dipole, Electric potential, Multipole expansion for electric field (Shimada, Ideta, Matsuo)

Lesson 3: Electric field, Method of image charge (Shimada, Ideta, Matsuo)

Lesson 4: Interface conditions for electromagnetic fields, Capacitor, Dielectrics (Shimada, Ideta, Matsuo)

Lesson 5: Displacement current, Vector potential, Magnetic field, Magnetic dipole, Multipole expansion for magnetic field (Shimada, Ideta, Matsuo)

Lesson 6: Inductance (Shimada, Ideta, Matsuo)

Lesson 7: Old quantum theory, de Broglie wave, Photoelectric effect, Compton scattering, Uncertainty principle (Shimada, Ideta, Matsuo)

Lesson 8: Midterm examination (Shimada, Ideta, Matsuo)

Lesson 9: Maxwell equation, Wave equation, Magnets (Shimada, Ideta, Matsuo)

Lesson 10: Commutation relation, Operators, Probability density, Expectation value, Normalization of a wave function (Shimada, Ideta, Matsuo)

Lesson 11: Transient response, AC circuit, Plane wave solution for the wave equation, Meissner effect (Shimada, Ideta, Matsuo)

Lesson 12: Schroedinger equation (Shimada, Ideta, Matsuo)

Lesson 13: Schroedinger equation (Shimada, Ideta, Matsuo)

Lesson 14: Harmonic oscillator (Shimada, Ideta, Matsuo)

Lesson 15: Term-end examination (Shimada, Ideta, Matsuo)

Handouts of the exercise problems will be distributed at the beginning of the class. Student will be assigned the problems and will write the answer on the blackboard and explain it. The instructor will supplement as necessary.Text/Reference

Books,etc.Please refer to the textbooks and references recommended in the lectures of electromagnetism I and II, and quantum mechanics I. PC or AV used in

Class,etc.(More Details) Instructors distribute problems. Students should write and explain a solution to the assigned problem on the black board. Instructors will supplement explanation if necessary. Learning techniques to be incorporated Suggestions on

Preparation and

ReviewPlease refer to the textbooks and references recommended in the lectures. Requirements We will make three groups. The placement will be informed on the notice board of physics department. Grading Method Examination: 80%, Reports and presentation: 20%. There may be a slight adjustment of the weight.

Attendance more than 2/3 and presentations more than two times should be fulfilled before the term-end examination.Practical Experience Summary of Practical Experience and Class Contents based on it Message You can deepen your understanding on electromagnetism, quantum-mechanical remarkably by solving problems by yourself, and explaining it using a blackboard. We hope you will learn independently and make the most of the opportunities. Other Please fill in the class improvement questionnaire. Please fill in the class improvement questionnaire which is carried out on all classes.

Instructors will reflect on your feedback and utilize the information for improving their teaching.