PHY360 - Introduction to Modern Physics

Spring Semester 2005

Hours: Monday-Wednesday-Friday 10:10-11
Room: 203
Related course: PHY362 - Modern Physics Seminars

Instructor: Prof. Massimiliano Galeazzi
Office hours: Tuesday 10:30 am – 11:30 am, Wednesday 11 am – 12 am
Office: James L. Knight Physics Building, Room 319
Office phone: (305) 284-2326 x2, (305) 284-2325 x4 (lab)
E-mail: galeazzi@physics.miami.edu

Text Book: Serway, Moses and Moyer, Modern Physics, 3rd ed.

Program: PHY 360 is an introduction to the physics of the 20th century. The course is intended both for students that want an introduction to the concepts of modern physics before investigating them in more detail in advanced courses and for students that simply want to know a little more about Einstein, quantum mechanics, and a completely new way of thinking about nature. The course will cover concepts such as the relativity of space and time and its consequences, the mass-energy relation E=mc2, the quantization of matter, energy, and charge, the uncertainty principle, nuclear and particle physics, and many more interesting topics.
Students are invited to attend PHY 362.

Grades:  The grades will be based on three midterm exams, the Final exam, and student participation (attendance and homework correction)
50% Midterm exams
30% Final Exam (but with possibility of recover bad midterm grades)
20% Participation (class attendance, homework correction)

Exams:
Equation sheet
Sample of first midterm test
Sample of second midterm test
Sample of third midterm test

Class attendance: class attendance is mandatory; a high number of unjustified absences will affect the final grade.

Homework: The homework is uploaded on the web page every Friday and MUST be returned the following Friday (homework returned on Monday will be graded with half the points, homework returned later than Monday will be corrected, but will receive zero points).

Course organization:  Monday and Wednesday will be dedicated to lectures, Friday will be dedicated to problems and homework correction.

Weakly schedule:
This is a just guideline based on the fall 2004 course and may change during the semester
Week Date (classes during the week) Argument Book Chapter (section) Homework
1 1/18 - 1/21 (2) Introduction to special relativity 1 none
2 1/24 - 1/28 (3) Theory of special relativity 1 week 2
3 1/31 - 2/4 (3) Theory of special relativity 2
week 3
4 2/7 - 2/11 (3) Theory of special relativity 2
week 4
5 2/14 - 2/18 (3) The quantum theory of light - Exam 1 (Thursday, February 17, 7 pm - 9 pm)
3
week 5
6 2/21 - 2/25 (3) The Bohr Atom  4
week 6
7 2/28 - 3/4 (3) The Wavelike properties of particles 4 - 5
week 7
8 3/7 - 3/11 (3) Wawe groups and Fourier Integrals - Heisenberg uncertainty principle - Probability 5
week 8
9 3/14 - 3/18 (0) Spring Break


10 3/21 - 3/25 (3) Schrodinger Equation, observables and operators, wavefunction for a free particle
6
week 10
11 3/28 - 4/1 (3) Particle in a box, energy levels, step function - Exam 2 (Tuesday, March 29, 6 pm - 8 pm)
6
week 11
12 4/4 - 4/8 (3) Finite square well, Tunneling phenomena
6 - 7 week 12
13 4/11 - 4/15 (3) Quatum mechanics in 3D, Radioactivity, cloud chamber 13 week 13
14 4/18 - 4/22 (3) Nuclear Physics - Exam 3 (Friday, April 22, 9 - 11 am)
13 week 14
15 4/25 - 4/29 (3) Particle Physics 15 week 15




PHY362 - Modern Physics Honor Seminars

Spring Semester 2005

Hours: Tuesday 5-5:50
Room: 110

Instructor: Prof. Massimiliano Galeazzi
Office hours: Tuesday 10:30 am – 11:30 am, Wednesday 11 am – 12 am
Office: James L. Knight Physics Building, Room 319
Office phone: (305) 284-2326 x2, (305) 284-2325 x4 (lab)
E-mail: galeazzi@physics.miami.edu

Program: PHY 362 is a 1-credit course to cover special topics that are not covered in PHY 360. The arguments of the seminars will be decided two weeks in advance by the instructor and the students and may cover arguments that are strictly related to topics covered by PHY 360 (e.g., relativity), or topics of more general interest (e.g., astrophysics).

Grades:  The grades will be based on class attendance (mandatory) and on a final student seminar

Class attendance: class attendance is mandatory.

Homework: None

Weakly schedule:
This is a just guideline. The topics of the seminars will be decided in class two weeks in advance.
Week Date Argument
1 1/18 Observations in Astrophysics (on the blackboard)
2 1/25 The falure of classical physics - Details of the Michelson-Morley experiment
3 2/1 Consequences of relativity: relativity and time travel, relativity in everyday life
4 2/8 Measuring distances in astronomy and the Hubble law
5 2/15 X-ray astrophysics
6 2/22 X-ray astrophysics
7 3/1
Nuclear Energy production and alternate energy sources (wind-mills, solar cells, etc.)
8 3/8 Nuclear Energy production and alternate energy sources (wind-mills, solar cells, etc.)
9 3/15 Spring Break
10 3/22 General relativity
11 3/29 Historical overview of Cosmology
12 4/5 student seminar
13 4/12 student seminar
14 4/19 student seminar
15
4/26
student seminar