w88 live casino

The Chemical Physics program curriculum consists of a core of 15 credits of required courses (5 courses), 31 credits of electives [of which 12 credits may be “Independent Study”, 3 may be “Dissertation”, and 8 credits may be “Physical Chemistry Colloquium”], 2 credits of student seminar (Chemistry 790 or Physics 790), and 24 credits of “Dissertation”). The five required courses are:

• PHYS 701 (Mathematical Physics)
• 2. CHEM 757 or PHYS 721 (Quantum Chemistry or Quantum Theory I)
• 3. PHYS 722 (Quantum Theory II or Theoretical Physical Chemistry)
• 4. CHEM 755 or PHYS 732 (Statistical Thermodynamics or Statistical Mechanics)
• w88 casino games5. PHYS 702 or CHEM 752 or PHYS 725 or CHEM 754 (Classical Mechanics or Chemical Kinetics or Laser Physics or Molecular Spectroscopy)

Students must take at least two 700-level courses in each of the Chemistry and Physics departments to satisfy their course requirements. Elective courses at the 600-or 700-level must be approved by the student’s Graduate Advisory Committee.

Elective Courses (Chemistry and Physics Options) – Please consult the catalog and an advisor:

• CHEM 631 -Advanced Inorganic Chemistry
• CHEM 635 -Chemical Synthesis
• CHEM 637 -Separation Chemistry and Metallurgy of the Rare Earths
• CHEM 639 -Green Chemistry and Sustainability
• CHEM 642 -Advanced Organic Chemistry
• CHEM 643 -Organic Spectroscopy and Structure
• CHEM 644 -Organic Structure Determination Laboratory
• CHEM 649 -Polymer Chemistry
• CHEM 650 -Advanced Physical Chemistry
• CHEM 651 -The Elementary Physical Chemistry of Macromolecules
• CHEM 655 -Instrumental Analysis
• CHEM 690 -Independent Study in Chemistry
• CHEM 692 -Advanced Topics in Chemistry
• CHEM 700 -Supervised Teaching in College Chemistry
• CHEM 707 -Research Instruments Practicum
• CHEM 711 -Theoretical Inorganic Chemistry
• w88 casino games loginCHEM 712 -The Less Familiar Elements
• CHEM 713 -Organometallic Chemistry
• CHEM 714 -Special Topics in Inorganic Chemistry
• CHEM 740 -Methods of Organic Synthesis
• CHEM 741 -Advanced Organic Structure Elucidation
• CHEM 742 -Theoretical Organic Chemistry
• CHEM 743 -Special Topics in Organic Chemistry
• CHEM 744 -Stereochemistry and Conformational Analysis
• CHEM 745 -Strategy of Organic Synthesis
• CHEM 751 -Special Topics in Physical Chemistry
• CHEM 752 -Chemical Kinetics
• CHEM 754 -Molecular Spectroscopy
• CHEM 755 -Statistical Thermodynamics
• CHEM 757 -Quantum Chemistry
• CHEM 788 -Research Conference
• CHEM 789 -Graduate Seminar I
• CHEM 790 -Graduate Seminar II
• CHEM 791 -Professional Paper
• CHEM 793 -Independent Studies
• CHEM 794A -Colloquia
• CHEM 794B -Colloquia
• CHEM 794C -Colloquia
• CHEM 795 -Comprehensive Examination
• CHEM 797 -Thesis
• CHEM 799 -Dissertation
• PHYS 604 -Computational Techniques in Physics
• PHYS 608 -Nuclear and Elementary Particle Physics
• PHYS 622 -Applicat Quantum Mech
• PHYS 623 -Adv Physics Lab
• PHYS 625 -Therm & Stat Physics
• PHYS 626 -Physics Of Solids
• PHYS 627 -Plasma Physics
• PHYS 652 -Physics of Oscillations and Waves
• PHYS 653 -Special and General Theory of Relativity
• PHYS 661 -Modern Optics and Photonics
• PHYS 683 -Special Topics in Physics
• PHYS 684 -Special Topics in Physics
• PHYS 693 -Special Problems
• PHYS 701 -Mathematical Physics
• w88 live casinoPHYS 702 -Classical Mechanics
• PHYS 704 -Computational Techniques in Physical Science
• PHYS 707 -Solid State Physics
• PHYS 708 -Nuclear Physics
• PHYS 711 -Electromagnetic Theory I
• PHYS 712 -Electromag Theory II
• PHYS 721 -Quantum Theory I
• PHYS 722 -Quantum Theory II
• PHYS 725 -Laser Physics
• PHYS 727 -Plasma Theory
• PHYS 732 -Statistical Mechanics
• PHYS 740 -Fluid Dynamics
• PHYS 761 -Atomic and Molecular Physics
• PHYS 762 -Physics of Fundamental Interactions
• PHYS 771 -Advanced Topics
• PHYS 771U -Advanced Topics Air Pollution
• PHYS 771V -Advanced Topics Remote Sensing of the At
• PHYS 790 -Seminar
• PHYS 792 -Special Problems