PHYSICAL THERAPY/153


concerning the nature of values and value judgments as relevant
to ethics, politics, and social theory.
PHI 6943-Internship in College Teaching (2-4; max: 6) Re-
quired for the M.A.T. but available to any students needing
additional practice and direction in college-level teaching.
PHI 6971-Research for Master's Thesis (1-9) S/U.
PHI 7979-Advanced Research (1-9) Prereq: completion of area
examinations or permission of the graduate committee. Research
for doctoral students before admission to candidacy. Designed for
students with a master's degree in the field of study or for students
who have been accepted for a doctoral program. Not open to
students who have been admitted to candidacy. S/U.
PHI 7980-Research for Doctoral Dissertation (1-12) S/U.
PHM 6645-Seminar in Applied Ethics (3; max: 6) The applica-
tion of ethics and social theory to practical issues in such areas as
health care, law, and business.
PHP 5005-Plato (3) Close study of at leastthree majordialogues.
PHP 5015-Aristotle (3) Primary emphasis on Categories, Poste-
rior Analytics, Physics, and Metaphysics.
PHP 5415-Kant (3) Prereq: PHH 5406 or consent of instructor.
Intensive examination of the first Critique and selections from
other major works.
PHP5781-Pragmatism (3) Philosophy in Charles Sanders Peirce,
William James, and John Dewey.
PHP 5785-Studies in Analytic Philosophy (3) Recent British-
American philosophy represented in major related writings of
such thinkers as Russell, Wittgenstein, Ryle, and Quine.
PHP 6930-Seminar in a School or Thinker (3; max: 6) The work
of one or more, usually pre-twentieth century, thinkers.



PHYSICAL THERAPY
College of Health Related Professions

 GRADUATE FACULTY 1992-93
Chairman & Graduate Coordinator: M. A. Clendenin. Pro-
fessors:M. A. Clendenin; M. C. Wroe (Emeritus). Associate
Professors:M. C. Finley; N. P. Fisher;A. D. Martin. Assistant
Professor: M. C. Rader.


PHT 6105C--oint Morphology (3) A study of the anatomy of
joints of the trunk and extremities using cadavers. Lectures on
histology of joint tissues and normal an abnormal joint changes
in the life cycle.
PHT 6137C-Advanced Musculoskeletal Concepts for Physical
Therapy (4) Advanced physiology, pathophysiology, evaluation,
and treatment of musculoskeletal disorders.
PHT 6166C-Applied Neuroanatomy for Physical Therapy (3)
Neuroanatomy emphasizing motor and sensory pathways. Em-
phasis on special sensory systems and normal rather than abnor-
mal mechanisms.
PHT 6167C-Applied Neurophysiology for Physical Therapy (3)
Prereq: PHT 6166C. Neurophysiological basis of movement,
posture, sensation, and special sensory systems with functional
application to physical therapy evaluation and treatment.
PHT 6236C-Neurological Dysfunction as Applied to Physical
Therapy (4) Advanced peripheral and central nervous system
neurology, evaluation, and therapeutic methods for neurological
dysfunction.
PHT 6615-Research Instrumentation in Physical Therapy (2)
Current theory and practical application of techniques for the
understanding and design of research projects related to physical
therapy.
PHT 6915-Applied Research in Physical Therapy (1-8; max: 12)
Prereq: PHT 6615 and STA 6200. Independent study of students'
selected research topic under supervision of graduate adviser. S/
U.
PHT 6935-Seminar in Physical Therapy I (1; max: 4) Prereq:
consent of instructor. Current topics in physical therapy. S/U.
PHT 6949-Advanced Internship in Physical Therapy (6-12;


max: 12) Prereq: completion of didactic course work in the
advanced program in physical therapy. Clinical experiences in
physical therapy facilities selected to meet the individual needs
and interests of each student. S/U.



PHYSICS
College of Liberal Arts and Sciences

 GRADUATE FACULTY 1992-93
Chairman: N. S. Sullivan. Graduate Coordinator: J. M.
Yelton. Graduate Research Professors: E. R. Andrew; P. O.
Lawdin (Emeritus). Professors: E. D. Adams; T. L. Bailey
(Emeritus); A. A. Broyles (Emeritus); J. R. Buchler; S. L.
Detweiler; J. W. Dufty; F. E. Dunnam; R. D. Field; R. E.
Garrett (Emeritus); C. F. Hooper; G. G. Ihas; J. R. Ipser; J. R.
Klauder; D. A. Micha; H. J. Monkhorst; N. Y. Ohm; R.
Pepinsky; L. R. Peterson; P. Ramond;J. R. Sabin; P. Sikivie;
G. R. Stewart; N. S. Sullivan; D. B. Tanner; C. B. Thorn; S.
B. Trickey; H. A. Van Rinsvelt; J. K. Walker. Associate
Professors: P. R. Avery; J. N. Fry; P. Kumar; K. A. Muttalib;
S..E. Nagler; L. E. Seiberling; C. J. Stanton; Y. Takano; B. S.
Thomas (Emeritus); J. M. Yelton. Assistant Professors: S.
Brown; A. W. Cumming; P. J. Hirschfeld; M. W. Meisel; Z.
Qiu; R. Woodard.

 The Department of Physics offers the Master of Science
(thesis or nonthesis) and the Doctor of Philosophy degrees.
The nonthesis Master of Science in Teaching is also offered.
 Specific areas of specialization for graduate research
include astrophysics and cosmology, atomic and molecu-
lar physics, chemical physics, condensed matter physics
(theory and experiment), nuclear physics, particle physics
(theory and experiment), statistical physics, and low tem-
perature physics. Special interdisciplinary research pro-
grams include the Institute for Fundamental Theory (carried
out jointly with the Department of Mathematics), the Insti-
tute for Theoretical and Computational Studies in Molecu-
lar and Materials Science (carried out jointly with the
Department of Chemistry) and Microfabritech (jointly with
the College of Engineering). A curriculum is offered by the
Center for Chemical Physics for students interested in
research related to chemistry or chemical engineering. The
Center for Ultra Low Temperature Research provides op-
portunities for investigations in low temperature physics,
including use of the new Microkelvin Research Laboratory.
The National High Magnetic Field Laboratory recently
awarded to the University of Florida, Florida State Univer-
sity, and Los Alamos is expected to be operating in 1993.
 The core curriculum is designed to provide a thorough
foundation for all physics graduate students. It consists of
PHY 6246, 6346, 6347, 6536, 6645, and 6646. Doctoral
studentsordinarilytakecomprehensive examinations (which
are based on the four fundamental areas included in the
core curriculum) at the beginning of their second year.
Master's degree candidates must take more than 12 semes-
ter hours numbered 6000 or above, usually from the core
curriculum.
 All degree candidates are required, as part of their
graduate education, to participate continuously in the
research and/or teaching programs of the Department.

PHY 5720C-Electronics I (3) Prereq: PHY 3321. Experiments
involving solid-state devices, amplifiers, integrated circuits, and
digital logic.