PHYSICS

Atilla Erçelebi, Ph.D., Chair

Academic Staff
Courses

The Department of Physics offers courses that lead to B.S., M.S., and Ph.D. degrees.

The department recently established a new compound semiconductor research and technology laboratory consisting of Class 100 and Class 10 000 clean rooms housing a mask aligner, SEM, PECVD, RIE, UHV evaporator, magnetron sputterer, RTP, I-V, C-V and microwave measurement setups. Experimental research areas include STM, PL and Raman Spectroscopy and III-V micro and optoelectronic device technologies. Theoretical research areas include the study of scanning tunneling and force microscopy, surface physics, mesoscopic physics, superlattices, high temperature superconductivity, statistical mechanics, and quantum optics.

UNDERGRADUATE PROGRAM

The undergraduate program is structured with the assumption that the student will continue his or her education towards an M.S. and a Ph.D. degree in Physics. The Department therefore admits a small number of highly qualified students every year. The program enables the student to attain a basic background in all areas of physics and at the same time provides a solid background in the area of condensed matter physics. A number of elective courses are offered for students whose interests may develop in other areas.

UNDERGRADUATE CURRICULUM

FIRST YEAR

Autumn Semester

Code Course Name Hours Credit ECTS
Credit
Lec. Prac. Lab
PHYS 111  Mechanics  4    4  5  7
PHYS 120  Orientation for Physics Majors  1      1  2
CHEM 101  Principles of Chemistry I  3    3  4  6
MATH 113  Single Variable Calculus  4      4  7
GE 100  Orientation        1  1
ENG 101  English and Composition I  5      3  6
TURK 101  Turkish I  2      2  1

Spring Semester

Code Course Name Hours Credit ECTS
Credit
Lec. Prac. Lab
PHYS 112  Electricity and Magnetism  4    4  5  7
PHYS 122  Orientation for Physics Majors II  1      1  3
CHEM 102  Principles of Chemistry II  3    3  4  6
MATH 114  Multi Variable Calculus  4      4  7
ENG 102  English and Composition II  5      3  6
TURK 102  Turkish II  2      2  1

SECOND YEAR

Autumn Semester

Code Course Name Hours Credit ECTS
Credit
Lec. Prac. Lab
PHYS 205  Classical Mechanics I  3      3  6
MATH 220  Linear Algebra  3      3  6
MATH 240  Differential Equations  3      3  6
MBG 105  Principles of Biology  3      3  5
HIST 201  History of Turkish Republic I  2      2  1

Spring Semester

Code Course Name Hours Credit ECTS
Credit
Lec. Prac. Lab
PHYS 206  Classical Mechanics II  3      3  6
PHYS 226  Quantum Physics  3      3  6
PHYS 244  Mathematical Methods of Physics I  3      3  6
CS 111  Introduction to Computing in Engineering and Science  3    4  3  5
HIST 202  History of Turkish Republic II  2      2  1

THIRD YEAR

Autumn Semester

Code Course Name Hours Credit ECTS
Credit
Lec. Prac. Lab
PHYS 245  Mathematical Methods of Physics II  3      3  6
PHYS 315  Electromagnetic Theory I  3      3  6
PHYS 325  Quantum Mechanics I  3      3  7
PHYS 371  Numerical Methods in Physics  3      3  6
HUM 121  The Mediterranean World to 1600  3      3  6

Spring Semester

Code Course Name Hours Credit ECTS
Credit
Lec. Prac. Lab
PHYS 316  Electromagnetic Theory II  3      3  6
PHYS 326  Quantum Mechanics II  3      3  6
PHYS 334  Statistical Physics  3      3  6
PHYS 374  Experimental Methods of Physics  3    3  4  6
HUM 122  The Mediterranean World and Beyond, 1600 to the Present  3      3  6

FOURTH YEAR

Autumn Semester

Code Course Name Hours Credit ECTS
Credit
Lec. Prac. Lab
PHYS 415  Optics  3    4  4  6
PHYS 445  Condensed Matter Physics I  3      3  6
PHYS 491  Senior Project I    3    3  6
  Technical Elective (2)        3  6
  Nontechnical Elective        3  6

Spring Semester

Code Course Name Hours Credit ECTS
Credit
Lec. Prac. Lab
PHYS 446  Condensed Matter Physics II  3      3  6
PHYS 453  Nuclear and Particle Physics  3      3  6
  Technical Elective (2)        3  6
  Nontechnical Elective        3  6

RESTRICTED ELECTIVES

Code Course Name Hours Credit ECTS
Credit
Lec. Prac. Lab
PHYS 438  Atomic and Molecular Physics  3      3  -
PHYS 440  Introduction to Quantum Transport Phenomena in Solids  3      3  -
PHYS 442  Introduction to Nonlinear and Quantum Optics  3      3  -
PHYS 447  Optical Properties of Solids  3      3  -
PHYS 448  Magnetic Properties of Solids  3      3  -
PHYS 449  Group Theory  3      3  6
PHYS 451  Introduction to Many Body Theory  3      3  6
PHYS 452  Elementary Excitations in Solids  3      3  6
PHYS 475  Semiconductor Device Physics  3      3  -
PHYS 476  Quantum Electronics  3      3  6
PHYS 480  Field Theory  3      3  -
PHYS 481  Theory of Relativity  3      3  -
PHYS 482  Elementary Particles  3      3  -

TECHNICAL ELECTIVES

Any 300 or higher level CHEM, CS, EE, IE, MATH, or PHYS course or with the consent of the advisor.

GRADUATE PROGRAM

The graduate program aims to develop students into scientists who can pursue original and creative research activities. This program is an important part of the research activity which aims to produce significant scientific output on an international level. The graduate program emphasizes research in various fields of condensed matter physics, in relation to the rapidly developing high technology fields. Presently, research is in progress in the theoretical and experimental study of tunneling, physics of electrons in lower dimensionalities, high temperature superconductivity, statistical mechanics, properties of new materials, fabrication and theoretical analysis of new devices.

Master of Science in Physics

Admission: Applicants are required to have a B.S. degree in Physics or in related fields of science and engineering. Evaluation of applicants is based on their LES scores, past academic record, reference letters and the interview at Bilkent University. Applicants who cannot take the LES examination will be evaluated based on GRE scores. Satisfactory knowledge of English is required. (Also refer to the ``Graduate Admissions'' section in the introduction of this catalog for the general graduate admission requirements.)

Degree Requirements: In addition to at least 24 credit units of course work, the M.S. degree candidate must prepare and successfully defend a thesis. The normal duration of M.S. study is 4 semesters. However, this duration may be extended for up to two more semesters subject to the approval of the Graduate Institute.

Doctor of Philosophy in Physics

Admission: Applicants must have an M.S. degree in Physics (or in a relevant field of science or engineering), and must take the graduate program entrance examination at Bilkent, given during Spring semester of each year. Applicants who cannot take the entrance examination at Bilkent, will be evaluated based on GRE scores. Satisfactory knowledge of English is required. (Also refer to the ``Graduate Admissions'' section in the introduction of this catalog for the general graduate admission requirements.)

Degree Requirements: Twenty-four credit units of course work beyond the M.S. level or forty-eight credits of course work beyond the B.S. level is required. The Ph.D. candidate is expected to pass an English examination, a qualifying examination and thesis proposal. Preparing and defending a dissertation based on original research is the essence of the program. The normal duration of Ph.D. study is 8 semesters for students with M.S. degree and ten semesters for students with B.S. degree. However, subject to the approval of the Graduate Institute, these durations may be extended for up to two more semesters.


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