Physics Curriculum Overview

This is an archived copy of the 2020-2021 Catalog. To access the most recent version of the catalog, please visit http://catalog.norwich.edu/.

Associate Professors: Robert Knapik (Chair); Assistant Professors: Jean Sebastien Gagnon, K. Tabetha Hole and David Jacobs Lecturers: Elisabeth Atems and Robert Stockett (Lab Coordinator)

Physics is a mathematical science and as such is rigorous and demanding. It presents a challenge found in few other disciplines. At Norwich University, the Bachelor of Science in Physics is offered to students desiring an excellent schooling in the fundamentals of physics. The program encompasses a complete curriculum comprised of classical and quantum physics ranging from the properties of particles to the dynamics of the universe. All disciplines in science and engineering turn to physics to address the foundation of their fields.

Hallmarks of a Norwich education include experiential learning and leadership development. The Department of Physics therefore not only accentuates laboratory work but also insists upon peer collaboration throughout the curriculum. Physics majors, having the advantage of a 3-to-1 student-to-faculty ratio, develop close working relationships with their faculty mentors culminating in original research conducted in a faculty laboratory. Physics majors regularly present the results of their research at regional and national conferences. Currently, the research interests of the faculty include particle physics, material science, astrophysics and geophysical fluid dynamics.

Goals:

The Department is committed to developing the maximum potential of every individual majoring in physics. It is devoted to the proposition that physics majors will, upon graduation, have a well-founded understanding of the physics that underlies all aspects of the physical universe. Such an education will insure that Norwich graduates have open to them and are successful in a full range of satisfying career opportunities.

Outcomes:

Graduates understand fundamental physical processes from classical mechanics, quantum mechanics, electricity and magnetism, and statistical mechanics and thermodynamics.
Graduates are able to apply and interpret the mathematics used in modeling physical situations.
Graduates are able to apply sound research methods to address questions they develop and those posed by others.
Graduates function as effective communicators, both in spoken and written words.
Graduates are prepared for successful employment in physics and related fields or for entry into graduate and professional schools.
Graduates are prepared to function as members of inter- and cross-disciplinary teams that formulate and execute solutions to complex, open-ended problems.

Careers for this Major:

Industry
Government
Graduate work in physics and other physical sciences
Military

Physics (B.S.) – Curriculum Map 2020-2021 Catalog

New PlanGrids
Freshman
Fall	Cr.	Comp.	Spring	Cr.	Comp.
CH 103 General Chemistry I (General Education Lab Science)	4		CH 104 General Chemistry II (General Education Lab Science)	4
EN 101 Composition and Literature I	3		EN 102 Composition and Literature II	3
MA 121 Calculus I (General Education Math)	4		MA 122 Calculus II (General Education Math)	4
PS 107 Solar System Astronomy	4		PS 108 Stellar and Galactic Astronomy	4

Fall Semester Total Cr.:	15		Spring Semester Total Cr.:	15
Sophomore
Fall	Cr.	Comp.	Spring	Cr.	Comp.
General Education Ethics	3		General Education History	3
General Education Leadership	1-3		General Education Social Science	3
MA 223 Calculus III	4		MA 224 Differential Equations	4
PS 211 University Physics I	4		MA 241 Mathematical Computation and Modeling	3
General Education Literature	3		PS 212 University Physics II	4

Fall Semester Total Cr.:	15-17		Spring Semester Total Cr.:	17
Junior
Fall	Cr.	Comp.	Spring	Cr.	Comp.
General Education Arts & Humanities	3		Mathematics Elective ²	3
Mathematics Elective ²	3		PS 334 Classical Mechanics ¹ or 356 Thermal & Statistical Physics	3
PS 341 Modern Physics ¹ or 426 Electricity and Magnetism	3		PS 374 Junior Laboratory II	2
PS 373 Junior Laboratory I	2		PS 444 Quantum Physics ¹ or 428 Electrodynamics & Optics	3
Free Elective	3		Free Elective	3
Free Elective	3

Fall Semester Total Cr.:	17		Spring Semester Total Cr.:	14
Senior
Fall	Cr.	Comp.	Spring	Cr.	Comp.
PS 426 Electricity and Magnetism ¹ or 341 Modern Physics	3		PS 356 Thermal & Statistical Physics ¹ or 334 Classical Mechanics	3
PS 451 Seminar I	1		PS 428 Electrodynamics & Optics ¹ or 444 Quantum Physics	3
PS 473 Senior Laboratory I	3		PS 452 Seminar II	1
Free Elective	3		PS 474 Senior Laboratory II (Capstone)	3
Free Elective	3		Free Elective	3
Free Elective	3

Fall Semester Total Cr.:	16		Spring Semester Total Cr.:	13
TOTAL CREDITS FOR THIS MAJOR: 122-124

This course is offered in alternate years. Both courses listed are required. For the years these courses are offered, see Course Descriptions.

The approval of the Department of Physics is required.

Courses

PS 107 Solar System Astronomy 4 Cr.

A descriptive study of the solar system, including the sun, planets, asteroids, comets and interplanetary space. The role of observation in the evolution of astronomy is emphasized. 3 lecture hours and 2 lab hours. Does not count as a lab science if taken for 3 credits.

PS 108 Stellar and Galactic Astronomy 4 Cr.

A descriptive introduction to the universe, including stars, galaxies, and recent deep space discoveries. Discussions survey the techniques used by astronomers to interpret the wide variety of observed phenomena in the cosmos. 3 lecture hours and 2 lab hours. Does not count as a lab science if taken for 3 credits.

PS 188 No Norwich Equivalent 6 Cr.

PS 1XL Physics Lab Transfer Elective 4 Cr.

This course is used for transfer when no equivalent Norwich course exists.

PS 201 General Physics I 4 Cr.

An algebra-based study of mechanics, sound and heat, with correlated laboratory experiments. 3 lecture hours and 2 lab hours. Prerequisite: MA 107. Credit cannot be received for both PS 201 and PS 211.

PS 202 General Physics II 4 Cr.

An algebra-based study of magnetism, electricity, light, and atomic physics, with correlated laboratory experiments. 3 lecture hours and 2 lab hours. Prerequisite: PS 201. Credit cannot be received for both PS 202 and PS 212. (Spring).

PS 211 University Physics I 4 Cr.

A calculus-based study of vectors; Newton's laws; uniform, accelerated, rotational and harmonic motion; conservation laws; fluid mechanics; elasticity. 3 lecture hours and 2 lab hours. Prerequisite: MA 121. Credit cannot be received for both PS 201 and PS 211. (Fall).

PS 212 University Physics II 4 Cr.

A calculus-based study of topics in electricity, magnetism, waves and optics. 3 lecture hours and 2 lab hours. Prerequisite: PS 211; Pre or Co-requisite: MA 122. Credit cannot be received for both PS 202 and PS 212. (Spring).

PS 288 No Norwich Equivalent 6 Cr.

PS 2XX Physics Elective 3 Cr.

This course is used for transfer when no equivalent Norwich course exists.

PS 334 Classical Mechanics 3 Cr.

A study of Newtonian mechanics including motion of a particle, a system of particles and rigid bodies; gravitation; oscillations; central forces; conservation laws. Introduction to Lagrangian and Hamiltonian formulations of dynamics. 3 lecture hours. Prerequisites: PS 212 and MA 224 or permission of instructor. (Spring, even years).

PS 341 Modern Physics 3 Cr.

A study of the quantum revolution including special relativity, structure and spectra of atoms and molecules, radioactivity, nuclear models, and nuclear interactions. 3 lecture hours. Prerequisites: PS 212 and MA 224 or permission of instructor. (Fall, odd years).

PS 356 Thermal & Statistical Physics 3 Cr.

A study of the foundations of thermodynamics and statistical physics: first and second laws of thermodynamics with applications; thermodynamic potentials and applications to systems in equilibrium; statistical mechanics including Boltzmann statistics, quantum statistics and statistical interpretation of entropy. 3 lecture hours. Prerequisites: PS 212 and MA 224 or permission of instructor. (Spring, odd years).

PS 373 Junior Laboratory I 2 Cr.

A laboratory course devoted to scientific inquiry through a collaborative research project under faculty supervision. Introduction to formulation of research questions, experimental design, system modeling, measurement, data collection and data analysis. Laboratory methodology including safety procedures. Read published literature; communicate research results. Written and oral reports required. 4 lab hours. Prerequisites: PS 212 and MA 224 or permission of instructor. (Fall).

PS 374 Junior Laboratory II 2 Cr.

A laboratory course devoted to scientific inquiry through a continuation of the collaborative research project started in Junior Laboratory I. Project culminates in public presentations, written and oral, of research results. 4 lab hours. Prerequisite: PS 373 or permission of instructor. (Spring).

PS 388 No Norwich Equivalent 6 Cr.

PS 399 Pilot Course in Physics 1-4 Cr.

A course is permitted to run as a pilot without seeking faculty approval for one academic year. The section will include the title of the course. A student will not earn credit for a pilot course and the course when approved as its own course.

PS 421 Advanced Laboratory I 1-4 Cr.

A laboratory investigation in a specific area of experimental physics designed in consultation with physics faculty. Prerequisite: Permission of the instructor. (Fall).

PS 422 Advanced Laboratory II 1-4 Cr.

A laboratory investigation in a specific area of experimental physics designed in consultation with physics faculty. Prerequisite: Permission of the instructor. (Spring).

PS 426 Electricity and Magnetism 3 Cr.

A study of electrical circuits, and electrostatic and magneto static fields. Includes RLC circuits; applications of Gauss' Law and Laplace's equation; dielectric theory; magnetic fields; and theory of magnetic materials. 3 lecture hours. Prerequisites: PS 212, MA 223 and MA 224 or permission of instructor. (Fall, even years).

PS 428 Electrodynamics & Optics 3 Cr.

This course continues PS 426 Electricity & Magnetism, combining electricity, magnetism and optics into a unified theory embodied by Maxwell’s equations. Includes an introduction to relativistic applications and optical phenomena. 3 lecture hours. Prerequisites: PS 426 or permission of instructor. (Spring, odd years).

PS 444 Quantum Physics 3 Cr.

A study of the mathematical structure of quantum mechanics and applications to atomic and nuclear phenomenon. Topics include: postulates of quantum mechanics, operators, Schrödinger’s equation, one dimensional potentials, angular momentum, spin, perturbation theory, and identical particles. 3 lecture hours. Prerequisites: PS 341 or permission of instructor. (Spring, even years).

PS 451 Seminar I 1 Cr.

A study of special topics of current interest. This course integrates reading, writing, speaking and critical thinking skills. 1 lecture hour. Prerequisite: permission of the instructor. (Fall).

PS 452 Seminar II 1 Cr.

A continuation of PS 451, investigating special topics of current interest. This course integrates reading, writing, speaking, and critical thinking skills. 1 lecture hour. Prerequisite: Permission of the instructor. (Spring).

PS 473 Senior Laboratory I 3 Cr.

A laboratory course devoted to scientific inquiry through a collaborative research project under faculty supervision. Introduction to formulation of research questions, experimental design, system modeling, measurement, data collection and data analysis. Laboratory methodology including safety procedures. Read published literature; communicate research results. Written and oral reports required. Students serve as project leaders as well as research investigators. 1 lecture hour and 6 lab hours. Prerequisites: PS 374 or permission of instructor. (Fall).

PS 474 Senior Laboratory II 3 Cr.

A laboratory course devoted to scientific inquiry through a collaborative research project under faculty supervision. Introduction to formulation of research questions, experimental design, system modeling, measurement, data collection and data analysis. Laboratory methodology including safety procedures. Read published literature; communicate research results. Written and oral reports required. Students serve as project leaders as well as research investigators. 1 lecture and 6 lab hours. Prerequisites: PS 473 or permission of instructor. (Spring).

PS 488 No Norwich Equivalent 6 Cr.

PS 211	University Physics I	4
PS 212	University Physics II	4
PS Elective		3
PS Elective		3
PS Elective (300 level or higher)		3
PS Elective (300 level or higher)		3
Total Cr.		20