# Physics and Astronomy

**Department Head: Dr. Jeff Winger, Interim
Graduate Coordinator**:

**Dr. Henk F. Arnoldus**

125 Hilbun Hall

Box 5167

Mississippi State, MS 39762

Telephone: 662-325-2159

Fax: 662-325-8898

E-mail: hfa1@msstate.edu

Website: http://physics.msstate.edu

Graduate study is offered in the Department of Physics and Astronomy leading to the degrees of Master of Science in Physics and to the Doctor of Philosophy in Physics. Both thesis and non-thesis options are offered for the Master of Science. An interdisciplinary program leading to the degree of Doctor of Philosophy in Engineering with a concentration in Applied Physics is available. A specific program, depending on the research interest of the student, is established by consultation between the student and his/her advisor. The non-thesis M.S. option provides a means of enabling the Ph.D.-track student to complete graduate education in a timely manner.

Major areas of study include the following.

- Computational physics
- Theoretical and experimental optics
- Diagnostics using the techniques of laser spectroscopy
- Experimental and theoretical nuclear structure physics
- Intermediate energy nuclear physics
- Experimental and applied electromagnetic scattering
- Astrophysics
- Astrochemistry

Graduate research and teaching assistantships are available.

## Admission Criteria

TOEFL and IELTS scores are used following the General Requirements for Admission by the University.

### Provisional Admission

An applicantt who has not fully met the GPA requirement stipulated by the University may be admitted on a provisional basis. The provisionally-admitted student is eligible for a change to regular status after receiving a 3.00 GPA on the first 9 hours of graduate courses at Mississippi State University (with no grade lower than a C). The first 9 hours of graduate courses must be within the student's program of study. Courses with an S grade, transfer credits, or credits earned while in Unclassified status cannot be used to satisfy this requirement. If a 3.00 is not attained, the provisional student **shall **be dismissed from the graduate program. Academic departments may set higher standards for students to fulfill provisional requirements; a student admitted with provisional status should contact the graduate coordinator for the program’s specific requirements. **While in the provisional status, a student is not eligible to hold a graduate assistantship.**

## Academic Performance

A candidate for a degree must average B or higher on all graduate courses attempted after admission to the program. No grade under C will be accepted on the program of study, and no more than 8 credit hours of C grades can be earned. With the approval of the graduate coordinator and the college dean, a student may retake one course per degree, except for those approved for repeated credit (e.g. special topics, individual studies, thesis, dissertation, etc.). Both courses will remain on the permanent transcript, and both grades will be included in the GPA computation. Repeated courses must be taken at Mississippi State University. No additional program credit hours will be generated from a repeated course.

## Master of Science in Physics - Thesis

Required Courses | ||

PH 8233 | Methods of Theoretical Physics I | 3 |

PH 8743 | Quantum Mechanics I | 3 |

Select two of the following: | 6 | |

Methods of Theoretical Physics II | ||

Mechanics | ||

Electromagnetic Theory | ||

Other coursework | 12 | |

Thesis | ||

PH 8000 | Thesis Research/ Thesis in Physics and Astronomy | 6 |

Total Hours | 30 |

A thesis is required.

## Master of Science in Physics - Non-Thesis

Required Courses | ||

PH 8213 | Mechanics | 3 |

PH 8233 | Methods of Theoretical Physics I | 3 |

PH 8243 | Methods of Theoretical Physics II | 3 |

PH 8313 | Electromagnetic Theory | 3 |

PH 8743 | Quantum Mechanics I | 3 |

PH 8753 | Quantum Mechanics II | 3 |

Other coursework | 12 | |

Total Hours | 30 |

Students must pass written preliminary examinations on the Classical Mechanics, Electromagnetic Theory, Mathematical Physics and Quantum Mechanics. After successfully passing these examinations, the students are required to pass an oral comprehensive examination.

## Doctor of Philosophy in Physics

All Ph.D. candidates will be required to take a minimum of 20 credit hours of PH 9000 Research/Dissertation. The committee for an individual student may require additional courses, depending on the research area and background of the student. All students must pass an oral preliminary examination on the proposed dissertation topic.

In addition, all Ph.D. candidates are required to demonstrate a broad background in physics by passing four written preliminary examinations on Classical Mechanics, Electromagnetic Theory, Mathematical Physics and Quantum Mechanics.

**PH 6013 Selected Topics in Physics for Teachers: 3 hours.**

Two hours classwork, three hours laboratory. For teachers. Basic concepts of physics. Will include discussion and clarification of material from currently adopted public school textbooks

**PH 6113 Electronic Circuits for Scientists: 3 hours.**

(Prerequisites: PH 1133 or PH 2223 and MA 2733). Two hours lecture and three hours laboratory. DC and AC circuits. Resistors, capacitors, inductors, diodes and transistors in basic analog circuits. Topics include filters, tuned circuits, power supplies, amplifiers and oscillators

**PH 6143 Intermediate Laboratory: 3 hours.**

(Prerequisite: Junior standing). Six hours laboratory. Data analysis. Experiments in classical and modern physics. Scientific report writing

**PH 6213 Intermediate Mechanics I: 3 hours.**

(Prerequisites: PH 1133 or PH 2233 and MA 2733). Three hours lecture. Plane statics and dynamics of particles and systems of particles with emphasis on both derivation and application of principles involved

**PH 6223 Intermediate Mechanics II: 3 hours.**

(Prerequisite: PH 4213/6213). Three hours lecture. Statics and dynamics of particles in three dimensional space using vector notation; Lagrange's equations; introduction to the special theory of relativity

**PH 6323 Electromagnetic Fields I: 3 hours.**

(Prerequisites: PH 1133 or PH 2233 and MA 2743). Three hours lecture. Electrostatics, dielectrics, electric current, magnetostatics, electromagnetic induction, magnetic properties of matter

**PH 6333 Electromagnetic Fields II: 3 hours.**

(Prerequisite: PH 4323/6323). Three hours lecture. Maxwell's equations, propagation of electromagnetic waves in free space and in matter, reflection and refraction, radiation

**PH 6413 Thermal Physics: 3 hours.**

(Prerequisites: PH 3613 and MA 2743). Three hours lecture. Thermodynamics, kinetic theory, classical and quantum statistical mechanics. Applications to low temperature physics, solid-state physics and plasma physics

**PH 6433 Computational Physics: 3 hours.**

(Prerequisite: MA 3253, Co-requisite: PH 3613). Three hours lecture. An Introduction to modern methods of computational physics including topics such as solution of differential equations, numerical matrix methods, and Monte Carlo simulation

**PH 6513 Intermediate Optics: 3 hours.**

(Prerequisites: PH 1123 or PH 2233 and MA 2733). Three hours lecture. Geometrical optics and physical optics

**PH 6613 Nuclear and Particle Physics: 3 hours.**

(Prerequisite: PH 3613). Three hours lecture. Special theory of relativity; nuclear structure; radioactivity; nuclear reactions; nuclear forces; fission; fusion; high energy particle and astrophysics. Experimental apparatuses and techniques

**PH 6713 Introduction to Quantum Mechanics: 3 hours.**

(Prerequisites: PH 3613 and MA 3253). Three hours lecture. Principles of quantum mechanics, Heisenberg uncertainty principle, angular momentum; the Schrodinger wave equation in one and three dimensions; the one-electron atom

**PH 6723 Applications of Quantum Mechanics: 3 hours.**

(Prerequisite: PH 4713/6713). Three hours lecture. Introduction to perturbation theory and quantum statistics. Topics selected from multi-electron atoms, diatomic molecules, solid state and nuclear physics

**PH 6813 Introduction to Solid State Physics: 3 hours.**

(Prerequisite: PH 3613). Three hours lecture. Crystal structure, crystal diffraction and the reciprocal lattice, crystal binding, free electron gas, energy bands, and semiconductors

**PH 6990 Special Topics in Physics and Astronomy: 1-9 hours.**

Credit and title to be arranged. This course is to be used on a limited basis to offer developing subject matter areas not covered in existing courses. (Courses limited to two offerings under one title within two academic years)

**PH 7000 Directed Individual Study in Physics and Astronomy: 1-6 hours.**

Hours and credits to be arranged

**PH 8000 Thesis Research/ Thesis in Physics and Astronomy: 1-13 hours.**

Hours and credits to be arranged

**PH 8213 Mechanics: 3 hours.**

(Prerequisite: A good undergraduate training in physics and mathematics consent of instructor). Coordinate systems and transformations, tensors, and matrices. Particle dynamics, variational principles, Lagrange's and Hamilton's equations, rigid body motion, special relativity in mechanics

**PH 8233 Methods of Theoretical Physics I: 3 hours.**

(Prerequisite: Consent of instructor). Topics will vary, but may include linear vector spaces, tensor analysis, group theory, function space and orthogonal polynomials

**PH 8243 Methods of Theoretical Physics II: 3 hours.**

(Prerequisite: PH 8233). Topics will vary but may include analytic functions, Fourier analysis, Green's functions, integral transforms, partial differential equations and integral equations

**PH 8313 Electromagnetic Theory: 3 hours.**

(Prerequisite: PH 4333 or equivalent). Maxwell's theory of electromagnetism. Boundary value problems in electrostatics, static multipole moments, theory of dielectrics, magnetostatics, plane electromagnetic waves, simple radiating systems. (Same as ECE 8313)

**PH 8323 Electromagnetic Theory II: 3 hours.**

Three hours lecture. Maxwwell's theory of electromagnetism: Electromagnetic waves,time-dependent multipole, expansions, radiation, waveguides, scattering diffraction, and specialty relativity . (Same as ECE 8323 )

**PH 8513 Statistical Mechanics: 3 hours.**

(Prerequisites: PH 4713 and PH 4413 ). Classical and quantum statistical mechanics and statistical interpretation of thermodynamic quantities

**PH 8613 Nuclear Physics I: 3 hours.**

(Prerequisite: PH 4723). Nuclear two-body problem and nuclear forces. Interpretation of experimental data through a study of nuclear models. Nuclear reactions and spectroscopy

**PH 8743 Quantum Mechanics I: 3 hours.**

(Prerequisites: PH 4723 and MA 3313). Schrodinger theory, spherically symmetric systems, matrix mechanics, angular momentum and spin, time-independent perturbation theory

**PH 8753 Quantum Mechanics II: 3 hours.**

(Prerequisite: PH 8743). Time dependent perturbation theory, identical particles, theory of scattering, quantum-statistical mechanics, introduction of relativistic quantum mechanics, quantum electrodynamics

**PH 8803 Molecular Structure: 3 hours.**

(Prerequisites: PH 8743). Theory of rotational, vibrational and electronic spectra of molecules. Molecular structure and determination of molecular constants

**PH 8883 Many Body Theory: 3 hours.**

(Prerequisite: PH 8753) Three hours lecture. Boson and Fermion Green functions at zero and finite temperature, electron conductivity, interacting electron gas, magnetism, electron-phonon interaction and superconductivity

**PH 8990 Special Topics in Physics and Astronomy: 1-9 hours.**

Credit and title to be arranged. This course is to be used on a limited basis to offer developing subject matter areas not covered in existing courses. (Courses limited to two offerings under one title within two academic years)

**PH 9000 Dissertation Research /Dissertation in Physics: 1-13 hours.**

Hours and credits to be arranged