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PHIL 720 - Studies in Philosophy of Religion Credits: 3
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PHIL 721 - Pragmatism Credits: 3
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PHIL 723 - Hegel Credits: 3
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PHIL 724 - Speculative Metaphysics Credits: 3
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PHIL 735 - Contemporary Political Philosophy Credits: 3
Recent work in philosophy regarding political and social values, principles of justice, political quthority, institutions, and related subjects.
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PHIL 760 - Special Topics in Philosophy Credits: 3
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PHIL 761 - Special Topics in Philosophy Credits: 3
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PHIL 763 - Epistemology Credits: 3
Survey of historical and recent trends in epistemology.
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PHIL 764 - Metaphysics Credits: 3
Survey of historical and recent trends in metaphysics.
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PHIL 767 - Case Study in the Philosophy of Science Credits: 3
Introduction to the method of studying historical cases in the philosophy of science. This course revolves around the sustained treatment of one or two such cases.
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PHIL 769 - Jurisprudence Credits: 2-3
An examination of a number of philosophical problems about the law: the nature and function of rules, the difference between legal rules and other rules, the nature of reasoning from legal rules, the concept of a legal system, and the relation of law and morals.
Cross-listed Course: LAW 769
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PHIL 790 - Teaching Philosophy Credits: 3
Materials, techniques, and problems of teaching philosophy.
Note: Standard Grading
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PHIL 797 - Independent Study Credits: 3
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PHIL 798 - Research Seminar Credits: 1
Student and faculty presentations of current research in specified subject areas.
Note: Content varies. May be repeated for credit. Pass/Faill grading.
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PHIL 799 - Thesis Preparation Credits: 1-9
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PHIL 835 - Seminar in Environmental Ethics Credits: 3
Examination of the intellectual, cultural, and ethical frameworks within which environmental problems arise and are solved.
Cross-listed Course: ENVR 835
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PHIL 847 - Modern Philosophies of Education Credits: 3
Critical comparison of present-day schools of thought on the nature, objectives, and functions of American education.
Cross-listed Course: EDFN 847
Prerequisites: Education 744, the equivalent, or consent of instructor
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PHIL 899 - Dissertation Preparation Credits: 1-12
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PHPH 701 - Physiology for Health Sciences Credits: 6
Major organ systems with emphasis on basic physiological processes and control systems. Primarily for health sciences graduate students.
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PHPH 703 - Human Neuroanatomy Credits: 4
Lecture, laboratory, and independent study devoted to the structure and function of the human nervous system. Emphasis on those features of the nervous system of contemporary research interest.
Prerequisites: permission of the instructor and chair of the department
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PHPH 705 - Biomedical Pharmacology Credits: 6
Lectures and conference discussions covering principles of drug action; autonomic (adrenergic/cholinergic), cardiovascular, renal, central nervous system, endocrine and antimicrobial pharmacology, cancer chemotherapy, and toxicology.
Prerequisites: PHPH 701 or PHPH 720
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PHPH 720 - Graduate Physiology Lecture and Laboratory Credits: 8
Lecture, discussions, and laboratory covering: cell, muscle, respiratory, circulatory, gastrointestinal, metabolism, endocrinology, nervous system, and reproduction. Students will conduct physiology experiments to gain knowledge of experimental techniques and data collection.
Prerequisites: consent of instructor
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PHPH 725 - Autonomic Pharmacology Credits: 3
Functional regulation of biosynthesis, release and reuptake of neurotransmitters as well as the role of transmitters in regulating physiological processes will be presented. Emphasis will be placed on experimental techniques used in this area of pharmacology.
Prerequisites: graduate physiology, pharmacology, and biochemistry
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PHPH 730 - Seminar in Neuroanatomy Credits: 1-3
Advanced study of selected topics in neuroanatomy.
Prerequisites: permission of the instructor and chair of the department
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PHPH 735 - Cardiovascular Pharmacology Credits: 3
An in-depth examination of the cardiovascular system with an emphasis on hemodynamic principles, cardiac regulation, and the use of drugs in various pathological states of the mammalian heart.
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PHPH 739 - Drug Action on Ion Movements Credits: 3
The actions of several classes of drugs that alter ion movements in excitable tissues will be explored in depth with emphasis on models of drug actions and altered responses in hereditary and disease states.
Prerequisites: PHPH 705 or consent of instructor
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PHPH 740 - Neuroscience Credits: 4
Cellular and molecular principles of neurobiology and neuroscience topics from a research-oriented perspective.
Prerequisites: BMSC 754 or CHEM 754
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PHPH 741 - Special Topics in Neuroscience Credits: 1-3
Tutuorial instruction and group discussion of select topics in neuroscience involving neuroendocrinology, neuropharmacology, developmental neurobiology, or neuropsychobiology. Content varies by suffix and title and may be repeated up to a maximum of 6 credits total.
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PHPH 742 - Neuroscience Seminar Credits: 1
Presentation and group discussion of research articles in neuroscience. Focus on improvement of critical thinking and scientific writing skills, as well as development of research ideas.
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PHPH 745 - Neurophysiology Credits: 3
Generation and transmission of excitation in the mammalian nervous system. Integrated function of the nervous system with emphasis on interactions of autonomic, neuroendocrine, and behavioral mechanisms contributing to homeostatic regulation.
Prerequisites: consent of instructor
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PHPH 750 - Fundamental Neuroscience I Credits: 4
Integrated foundation in neuroanatomical and neurophysiological principles from a research-oriented perspective.
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PHPH 751 - Fundamental Neuroscience II Credits: 4
Integrated foundation in neurochemical and neuropharmacological principles from a research-oriented perspective. Includes aspects of molecular neuroscience and systems analyses.
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PHPH 752A - Neurobiology Basics Module: Neuroanatomy Credits: 2
Principles of neuroanatomy necessary for research in neurobiology-related disciplines.
Prerequisites: consent of instructor
Note: Each 5-week module provides fundamentals of particular aspects of neurobiology, including neuroanatomy, neurophysiology, neurochemistry, molecular neurobiology, and neuropharmacology, or skills necessary for research in neurobiology-related disciplines.
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PHPH 752B - Neurobiology Basics Module: Neurochemistry—Fundamental Concepts Credits: 2
Principles required for understanding chemical and cellular processes in the nervous system.
Prerequisites: consent of instructor
Note: Each 5-week module provides fundamentals of particular aspects of neurobiology, including neuroanatomy, neurophysiology, neurochemistry, molecular neurobiology, and neuropharmacology, or skills necessary for research in neurobiology-related disciplines.
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PHPH 752C - Neurobiology Basics Module: Neurochemistry—Advanced Concepts Credits: 2
In-depth analysis of neurochemical processes, signaling, and pathways in the nervous system.
Prerequisites: consent of instructor
Note: Each 5-week module provides fundamentals of particular aspects of neurobiology, including neuroanatomy, neurophysiology, neurochemistry, molecular neurobiology, and neuropharmacology, or skills necessary for research in neurobiology-related disciplines.
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PHPH 752D - Neurobiology Basics Module: Neurophysiology Credits: 2
Principles required for understanding neurophysiological processes and integrated nervous system functions.
Prerequisites: consent of instructor
Note: Each 5-week module provides fundamentals of particular aspects of neurobiology, including neuroanatomy, neurophysiology, neurochemistry, molecular neurobiology, and neuropharmacology, or skills necessary for research in neurobiology-related disciplines.
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PHPH 752E - Neurobiology Basics Module: Physiology for Neurobiologists Credits: 2
Principles of physiological processes and the nervous system control of such processes.
Prerequisites: consent of instructor
Note: Each 5-week module provides fundamentals of particular aspects of neurobiology, including neuroanatomy, neurophysiology, neurochemistry, molecular neurobiology, and neuropharmacology, or skills necessary for research in neurobiology-related disciplines.
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PHPH 752F - Neurobiology Basics Module: Neuropharmacology Credits: 2
Principles of neuropharmacology and how drugs act on the nervous system.
Prerequisites: consent of instructor
Note: Each 5-week module provides fundamentals of particular aspects of neurobiology, including neuroanatomy, neurophysiology, neurochemistry, molecular neurobiology, and neuropharmacology, or skills necessary for research in neurobiology-related disciplines.
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PHPH 752G - Neurobiology Basics Module: Molecular Neurobiology Credits: 2
Principles related to cellular and molecular control of neurobiological processes.
Prerequisites: consent of instructor
Note: Each 5-week module provides fundamentals of particular aspects of neurobiology, including neuroanatomy, neurophysiology, neurochemistry, molecular neurobiology, and neuropharmacology, or skills necessary for research in neurobiology-related disciplines.
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PHPH 752H - Neurobiology Basics Module: Quantitative Methods in Neurobiology Credits: 2
Principles for quantifying changes related to neurobiological research.
Prerequisites: consent of instructor
Note: Each 5-week module provides fundamentals of particular aspects of neurobiology, including neuroanatomy, neurophysiology, neurochemistry, molecular neurobiology, and neuropharmacology, or skills necessary for research in neurobiology-related disciplines.
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PHPH 752I - Neurobiology Basics Seminar Credits: 2
Novel topics in neurobiology offered as the field progresses.
Prerequisites: consent of instructor
Note: Each 5-week module provides fundamentals of particular aspects of neurobiology, including neuroanatomy, neurophysiology, neurochemistry, molecular neurobiology, and neuropharmacology, or skills necessary for research in neurobiology-related disciplines.
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PHPH 753A - Neurobiology of Disease Module: Stress, Anxiety Disorders, and the Amygdala Credits: 2
Teamtaught modules integrate the clinical, basic, technical, and social issues surrounding the neurobiological basis of anxiety. Research-oriented and literature-based approaches integrate the molecular, cellular, systems, and translational levels of stress, the amygdale, and anxiety disorders.
Prerequisites: consent of instructor
Note: Team taught, 5-week modules integrate the clinical, basic, technical, and ethical issues surrounding a specific neurobiological disease. Modules focus on researchoriented and literature-based approaches to the molecular, cellular, systems, and translation
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PHPH 753B - Neurobiology of Disease Module: Stress, Depression, and Hippocampus Credits: 2
Team-taught modules integrate the clinical, basic, technical, and social issues surrounding the neurobiological basis of depression. Research-oriented approach integrates the molecular, cellular, systems, and translational levels of stress, the hippocampus, and depression.
Prerequisites: consent of instructor
Note: Team taught, 5-week modules integrate the clinical, basic, technical, and ethical issues surrounding a specific neurobiological disease. Modules focus on researchoriented and literature-based approaches to the molecular, cellular, systems, and translation
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PHPH 753C - Neurobiology of Disease Module: Degenerative Diseases of Old Age Credits: 2
Team-taught modules integrate the clinical, basic, technical, and social issues surrounding the neurodegenerative diseases associated with aging. Research-oriented approaches integrate the molecular, cellular, systems, and translational levels of disorders such as Parkinsons, Alzheimers, and stroke.
Prerequisites: consent of instructor
Note: Team taught, 5-week modules integrate the clinical, basic, technical, and ethical issues surrounding a specific neurobiological disease. Modules focus on researchoriented and literature-based approaches to the molecular, cellular, systems, and translation
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PHPH 753D - Neurobiology of Disease Module: Chronic Pain and Analgesia Credits: 2
Team-taught modules integrate the clinical, basic, technical, and social issues surrounding the neurobiological basis of pain. Research-oriented and literature-based approaches integrate the molecular, cellular, systems, and translational basis of chronic pain and its treatment.
Prerequisites: consent of instructor
Note: Team taught, 5-week modules integrate the clinical, basic, technical, and ethical issues surrounding a specific neurobiological disease. Modules focus on researchoriented and literature-based approaches to the molecular, cellular, systems, and translation
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PHPH 753E - Neurobiology of Disease Module: Schizophrenia, Prefrontal Cortex, and Executive Function Credits: 2
Team-taught modules integrate the clinical, basic, technical, and social issues surrounding the neurobiological basis of disorders of cognition such as schizophrenia. Research-oriented approaches integrate the molecular, cellular, systems, and translational aspects of prefrontal cortex control of executive function and its role in schizophrenia.
Prerequisites: consent of instructor
Note: Team taught, 5-week modules integrate the clinical, basic, technical, and ethical issues surrounding a specific neurobiological disease. Modules focus on researchoriented and literature-based approaches to the molecular, cellular, systems, and translation
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PHPH 753F - Neurobiology of Disease Module: Epilepsy Credits: 2
Team-taught modules integrate the clinical, basic, technical, and social issues surrounding the neurobiological basis of epilepsy. Research-oriented and literature-based approaches integrate the molecular, cellular, systems, and translational levels of seizure disorders and their treatment.
Prerequisites: consent of instructor
Note: Team taught, 5-week modules integrate the clinical, basic, technical, and ethical issues surrounding a specific neurobiological disease. Modules focus on researchoriented and literature-based approaches to the molecular, cellular, systems, and translation
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PHPH 760 - Clinical Problems in Anesthesia Credits: 1-3
Tutorial instruction in anesthesia. This course may be repeated up to a maximum of 6 credits total.
Note: Restricted to Nursing Anesthesia students
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PHPH 761 - Principles and Practice of Anesthesia 1 Credits: 7
Foundational and basic concepts of anesthesia practice integrated into supervised clinical training to reinforce principles of anesthesia care.
Note: Restricted to: Masters of Nurse Anesthesia Students
Special Permission: Department
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PHPH 762 - Principles and Practice of Anesthesia II Credits: 6
Foundational and advanced concepts of anesthesia practice integrated into supervised clinical training to reinforce principles of anesthesia care.
Prerequisites: Principles and Practice of Anesthesia I (PHPH 761)
Note: Restricted to: Masters of Nurse Anesthesia Students
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PHPH 765 - Tutorials in Pharmacology and Physiology Credits: 1-3
Tutorial instruction in pharmacology and physiology. This course may be repeated up to a maximum of 6 credits total.
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PHPH 770 - Seminar in Pharmacology and Physiology Credits: 1-2
Group discussions by students and staff based on literature surveys and current research in pharmacology and physiology.
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PHPH 772 - Seminar in Anesthesia Credits: 1-2
Group discussions by students and staff based on literature surveys and current research in anesthesia.
Note: Restricted to Nursing Anesthesia students
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PHPH 773 - Health Assessment Credits: 3
Preoperative assessment, intraoperative management and postoperative management of patients receiving anesthesia. Development of cognitive and psychomotor skills needed to perform an advanced health asssessment for patients undergoing anesthesia.
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PHPH 775 - Practicum I in Nurse Anesthesia Credits: 6
Introduction to the cognitive and clinical skills necessary to perform effective anesthesia in a supervised clinical setting.
Note: Course can only be taken once.
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PHPH 777 - Practicum II in Nurse Anesthesia Credits: 6
Supervised clinical practicum in nurse anesthesia for students beginning their second year of training.
Prerequisites: PHPH 775
Note: Effective: Spring 2014
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PHPH 779 - Practicum III in Nurse Anesthesia Credits: 6
Advanced, supervised clinical practicum in nurse anesthesia for students in their second year of training.
Prerequisites: PHPH 777
Note: Effective: Spring 2014
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PHPH 780 - Research in Pharmacology and Physiology Credits: 1-6
Graduate research designed by student in conjunction with research advisory committee.
Prerequisites: consent of instructor
Note: Pass-Fail grading
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PHPH 781 - Practicum IV in Nurse Anesthesia Credits: 6
To instruct nurse anesthesia students entering their third year of training to the advanced cognitive and clinical skills necessary to perform effective anesthesia in a supervised clinical setting.
Prerequisites: PHPH 779
Note: Effective: Spring 2014
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PHPH 791 - Principles of Anesthesia I Credits: 1-5
Pre- and post-operative evaluation, principles, and techniques of anesthesia, and the use of the anesthesia machine, ventilators, and monitoring equipment used in the administration of anesthesia.
Note: # Times Course can be Taken: 5 (up to 5 total credits)
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PHPH 792 - Principles of Anesthesia II Credits: 1-5
Continuation of PCOL 791. Anesthetic techniques for specialty surgery including neurological, cardiovascular-thoracic, pediatric, and obstetrical surgery. May be repeated for a total of up to 5 credits.
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PHPH 795 - Physical-Chemical Basis of Anesthetic Action Credits: 3
Physical and chemical concepts and their relationships to the principles of anesthesia. Includes the behavior of gases and the gas laws, chemical composition of anesthetic agents and drugs.
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PHPH 797 - Professional Aspects of Nurse Anesthesia Credits: 3
An overview of the professional, practical, and educational issues of the practice of nurse anesthesia. Includes the history of anesthesia practice, psychological, and ethical issues, legal aspects of anesthesia practice, and current trends in anesthesia practice.
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PHPH 798 - Biomedical Sciences for Nurse Anesthesia Credits: 3
Human anatomy, biochemistry, and pathological processes necessary for the practice of the health-related professions.
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PHPH 899 - Dissertation Preparation Credits: 1-12
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PHYS 501 - Quantum Physics I Credits: 3
A self-contained treatment of quantum theory and
its applications, beginning with the Schrodinger equation.
Prerequisites: a grade of C or better in PHYS 307 and MATH 242
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PHYS 502 - Quantum Physics II Credits: 3
Advanced topics in quantum physics, plus topics in special relativity, high-energy physics, and cosmology.
Prerequisites: A grade of C or better in PHYS 501.
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PHYS 503 - Mechanics Credits: 4
Classical mechanics of particles, systems, and rigid bodies; discussion and application of Lagrange’s equations, introduction to Hamiltonian formulation of mechanics.
Prerequisites: PHYS 206 or 211, MATH 242 or 520
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PHYS 504 - Electromagnetic Theory Credits: 4
Field theory of electric and magnetic phenomena; Maxwell’s equations applied to problems in electromagnetism and radiation.
Prerequisites: PHYS 503
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PHYS 506 - Thermal Physics and Statistical Mechanics Credits: 3
Principles of equilibrium thermodynamics, kinetic theory, and introductory statistical mechanics.
Prerequisites: PHYS 306
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PHYS 509 - Solid State Electronics Credits: 4
Topics include: basic electrical circuits; electronic processes in solids; operation and application of individual solid state devices and integrated circuits.
Prerequisites: PHYS 207 or 212
Note: Three lecture and three laboratory hours per week.
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PHYS 510 - Digital Electronics Credits: 3
Basic operation of digital integrated circuits including microprocessors. Laboratory application of microcomputers to physical measurements.
Prerequisites: PHYS 509
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PHYS 511 - Nuclear Physics Credits: 4
An elementary treatment of nuclear structure, radioactivity, and nuclear reactions.
Prerequisites: PHYS 502
Note: Three lecture and three laboratory hours per week.
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PHYS 512 - Solid State Physics Credits: 4
Crystal structure; lattice dynamics; thermal, dielectric, and magnetic properties of solids. Free electron model of metals. Band structure of solids, semi-conductor physics.
Prerequisites: PHYS 502
Note: Three lecture and three laboratory hours per week.
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PHYS 514 - Optics, Theory, and Applications Credits: 4
Geometrical and physical optics; wave nature of light, lenses and optical instruments, interferometers, gratings, thin films, polarization, coherence, spatial filters, and holography.
Prerequisites: PHYS 306
Note: Three lecture and three laboratory hours per week
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PHYS 515 - Mathematical Physics I Credits: 3
Analytical function theory including complex analysis, theory of residues, and saddlepoint method; Hilbert space, Fourier series; elements of distribution theory; vector and tensor analysis with tensor notation.
Prerequisites: MATH 242
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PHYS 516 - Mathematical Physics II Credits: 3
Group theory, linear second-order differential equations and the properties of the transcendental functions; orthogonal expansions; integral equations; Fourier transformations.
Prerequisites: PHYS 515
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PHYS 517 - Computational Physics Credits: 3
Application of numerical methods to a wide variety of problems in modern physics including classical mechanics and chaos theory, Monte Carlo simulation of random processes, quantum mechanics and electrodynamics
Prerequisites: a grade of C or better in PHYS 207 and MATH 142
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PHYS 521 - Biophysics Credits: 4
Principles of physics applied to living systems: diffusion, friction, low Reynolds-number world, entropy, free energy, entropic/chemical forces, self-assembly, molecular machines, membranes.
Prerequisites: MATH 142, PHYS 212, CHEM 112, BIOL 102
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PHYS 522 - Biophysics Laboratory Credits: 3
Laboratory experiments based on topics covered in PHYS 521.
Prerequisites: PHYS 521
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PHYS 531 - Advanced Physics Laboratory I Credits: 1-3
A laboratory program designed to develop a combination of experimental technique and application of the principles acquired in formal course work. A maximum of eight hours per week of laboratory and consultation.
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PHYS 532 - Advanced Physics Laboratory II Credits: 1-3
A continuation of Physics 531. Up to eight hours per week of laboratory and consultation
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PHYS 599 - Topics in Physics Credits: 1-3
Readings and research on selected topics in physics. Course content varies and will be announced in the schedule of classes by suffix and title.
Prerequisites: consent of instructor
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PHYS 701 - Classical Mechanics Credits: 3
Generalized coordinates, Lagrangian and Hamiltonian formulations, variational principles, transformation theory, and Hamilton-Jacobi equation.
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PHYS 703 - Classical Field Theory I Credits: 3
Development of classical fields; Maxwell’s equations; boundary value problems; radiation theory.
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PHYS 704 - Classical Field Theory II Credits: 3
A continuation of PHYS 703
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PHYS 706 - Statistical Thermodynamics Credits: 3
Statistics of Boltzmann, of Fermi and Dirac, and of Bose and Einstein, with applications.
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PHYS 708 - General Relativity and Cosmology Credits: 3
Introduction to the basic concepts of general relativity and a discussion of problems of current interest.
Prerequisites: PHYS 701, PHYS 704
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PHYS 711 - Quantum Mechanics I Credits: 3
A development of non-relativistic quantum mechanics.
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PHYS 712 - Quantum Mechanics II Credits: 3
A continuation of PHYS 711.
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PHYS 713 - Advanced Quantum Theory Credits: 3
Second Quantization. Relativistic formulations of quantum mechanics.
Prerequisites: PHYS 712
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PHYS 714 - Quantum Field Theory Credits: 3
Theory of quantized fields. Introduction to renormalization. A continuation of PHYS 713.
Prerequisites: PHYS 713
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PHYS 715 - Many-Body Quantum Theory Credits: 3
Effective field theory, particle-hole, quasiparticles.
Corequisite: PHYS 713
Prerequisites: PHYS 713
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PHYS 721 - Subatomic Physics Credits: 3
Baryons and mesons, quarks and leptons; symmetries; electromagnetic and weak interactions, QCD, and the standard model; experimental tools in subatomic physics.
Prerequisites: PHYS 511 or equivalent
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PHYS 722 - Advanced Nuclear Particles Credits: 3
Nuclear and hadronic structures and reactions.
Corequisite: PHYS 721
Prerequisites: PHYS 721
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PHYS 723 - Advanced Particle Physics Credits: 3
Introduction to gauge theories; particle physics and experiments.
Prerequisites: Prerequisite: PHYS 721
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PHYS 725 - Condensed Matter Physics Credits: 3
The crystalline state of matter and its main characteristics. Electromagnetic and thermal properties of metals, semiconductors, and insulators.
Prerequisites: PHYS 512 or equivalent
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PHYS 726 - Advanced Condensed Matter Physics Credits: 3
Advanced topics in Solid State Physics, superconductivity, Quantum Hall Effect, and Anderson Localization
Prerequisites: PHYS 725
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PHYS 727 - Magnetic Resonance Credits: 3
Basic theory. Electron spin resonance. High resolution and wideline nuclear magnetic resonance. Mössbauer effect. Magnetic resonance and dielectric relaxation.
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PHYS 728 - Quantum Optics - Understanding Light-Matter Interactions Credits: 3
Semi-classical and fully quantum-mechanical treatments of interactions between matter and electromagnetic fields on the microscopic level.
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