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Admissions and Procedures


Undergraduate Student Admission

Certification

A student may certify as a Physics major after completing 30 credits (preferably including Phys 201 and Math 171) with a cumulative gpa of 2.0 or better. A research experience is required of all students as a 499 project, however to gain valuable work experience outside of the University, students are strongly urged to participate in an internship or research experience in industry or a government lab outside of WSU. The summer after the junior year is the most appropriate time for this experience. All students are required to submit an undergraduate thesis to a committee of two Physics faculty members in the senior year. Physics 490 will give credit for this effort. The student must earn a C (2.0) or better grade in each of the “Required Physics Courses”.

Schedule of Studies

Physics – Standard Option (120-124 hours)


FRESHMAN YEAR

Fall Semester  Hours Spring Semester  Hours
Chem 105 [PSCI] Principles of Chemistry I 4 Chem 106 Principles of ChemistryII 4
Engl 101 [WRTG] 4 History 105 [ROOT] 3
Math 171 Calculus I 1 Math 172 Calculus II 4
Phys 188 First-year Seminar 3 Phys 201 or 205 General Physics 4-5
Social sciences [SSCI] 3

SOPHOMORE YEAR

 Fall Semester Hours Spring Semester Hours
Biological sciences [BSCI] 3 Creative and professional arts [ARTS] 3
Math 220 Algebra 2 Humanities [HUM] 3
Math 273 Calculus III 4 Math 315 Differential Equations 3
Phys 202 or 206 General Physics 4-5 Phys 304 Modern Physics II 3
Phys 303 Modern Physics I 2 Phys 330 Thermal Physics 3
Assemble University Writing Portfolio

JUNIOR YEAR

Fall semester Hours Spring Semester Hours
Computing requirement 2-4 Engl 402 [WRTG] Technical Writing 3
Diversity [DIVR] 3 Math elective 3
Math elective 3 Phys 342 Electricity & Magnetism II 3
Phys 320 Mechanics 3 Phys 415 [M] Quantum Lab 3
Phys 341 Electricity & Magnetism I 3 Phys 499 Special Problems 1
Standard option elective 3

SENIOR YEAR

 Fall Semester Hours Spring Semester Hours
Additional [SSCI], [ARTS], or [HUM] 3 Capstone [CAPS] 3
Phys 410 Electronics Lab 3 Standard option elective 9
Phys 450 Quantum Mechanics 3 Technical elective 3
Phys 490 [M] Undergraduate Thesis 1
Standard option elective 3
Technical elective 3

NOTES:

  1. Computing requirement must be selected from CPTS 121 (4), EE 221 (3), and MATH 300 [M] (2).
  2. 15 hours of Standard option electives must be taken from PHYSICS 3XX or 4XX, or ASTRONOM 3XX or 4XX.
  3. Additional [ARTS], [HUM], or [SSCI]: the College of Arts & Sciences requires 3 additional hours of UCORE.
  4. UCORE = University Common Requirements. Refer to University Graduation Requirements in the WSU catalog.
  5. Physics majors are recommended to enroll in the Honors sections of General Physics.
  6. 6 hours of technical electives must include at least 3 hours at the upper division, and be chosen from ASTRONOM, CHEM, MATH, or PHYS.
  7. For the Standard option, only 3 hours of UCORE [BSCI] biology lecture are required. A 4 hour lecture plus lab may be required for a minor or second major.
  8. The University Writing Portfolio must be completed shortly after earning 60 credits; transfer students are held to the same requirement.
  9. Six credit hours of Math 3XX or 4XX are required.
  10. Phys 499 is a recommended prerequisite for Phys 490.

Physics – Astrophysics Option (120-124 hours)


FRESHMAN YEAR

Fall Semester Hours Spring Semester Hours
Chem 105 [PSCI] Principles of Chemistry I 4 Chem 106 Principles of Chemistry II 4
Math 171 Calculus I 4 Math 172 Calculus II 4
Phys 188 First-year Seminar (only offered Fall semester) 1 Phys 201 or 205 General Physics 4-5
Engl 101 [WRTG] 3 History 105 [ROOT] 3
Social sciences [SSCI] 3

SOPHOMORE YEAR

Fall Semester Hours Spring Semester Hours
Math 220 Algebra 2 Math 315 Differential Equations 3
Math 273 Calculus III 4 Phys 304 Modern Physics II 3
Phys 202 or 206 General Physics 4-5 Phys 330 Thermal Physics 3
Phys 303 Modern Physics I 2 Creative and professional arts [ARTS] 3
Biological sciences [BSCI] 3 Humanities [HUM] 3
Assemble University Writing Portfolio Astronomy 390 [PSCI] 1

JUNIOR YEAR

Fall Semester Hours Spring Semester Hours
Astronomy 345 Principles (only offered Fall semester) 3 Astronomy 435 or 436 Astrophysics (only offered Spring semester) 3
Computing requirement 2-4 English 402 [WRTG] 3
Math elective 3 Math elective 3
Phys 320 Classical Mechanics 3 Phys 342 Electricity & Magnetism II 3
Phys 341 Electricity & Magnetism I 3 Phys 415 [M] Quantum Lab 3
Phys 499 Special Problems 1

SENIOR YEAR

Fall Semester Hours Spring Semester Hours
Additional [ARTS], [HUM], or [SSCI] 3 Astronomy 435 or 436 Astrophysics (only offered Spring semester) 3
Phys 410 Electronics Lab 3 Capstone [CAPS] 3
Phys 450 Quantum Mechanics 3 Diversity [DIVR] 3
Phys 490 [M] Thesis 1 Technical electives 6
Technical electives 6

 NOTES:

  1. Read the notes to the Standard Option.
  2. The recommended prerequisite to Astronomy 345 is Phys 303.
  3. Astronomy 435 is offered in even-numbered years, Astronomy 436 in odd-numbered years. They can be taken in any order.

Physics – Applied Option (120 hours)

First YEAR

Fall Semester Hours Spring Semester Hours
Chem 105 [PSCI]  Chemistry I 4 Chem 106  Chemistry II 4
Engl 101 [WRTG] 3 Engr 120 2
Math 171 Calculus I 4 History 105 [ROOT] 3
MSE 110 Materials Science 3 Math 172 Calculus II 4
Phys 188 First-year Seminar (only offered Fall semester) 1 Phys 189 First-year Seminar 1

Second Year

Fall Semester Hours Spring Semester Hours
Econs 101 [SSCI] 3 Arts [ARTS] 3
Math 220 Algebra 2 Econs 102 [SSCI] 3
Math 273 Calculus III 2 Math 315 Differential Equations 3
Phys 201  Physics I 4 Phys 202  Physics II 4
Option elective 3 Option elective 3
Assemble University Writing Portfolio
Complete College foreign language requirement


Third YEAR

Fall Semester Hours Spring Semester Hours
Physics 303  Modern 1 3 Bio [BSCI] 3
Physics 320 Classical Mechanics 3 Physics 304 Modern II 3
Phys 341 E&M I 3 Physics 330 Thermal Physics 3
Stat 360 or 370 3 Phys 342 E&M II 3
Option Elective 3 Physics 499 Special Problems 1
Option Elective 3

Fourth YEAR

Fall Semester Hours Spring Semester Hours
Technical Writing [WRTG] 3 Diversity [DIVR] 3
Humanities [HUM] 3 Capstone [CAPS] 3
Physics 443 Optics 3 Physics 415 [M] Quantum Lab 3
Physics 450 Quantum Mechanics 3 Physics Elective 3
Physics 490 [M] Thesis 1 Option Elective 3
Option Elective 3

 NOTES:

  1. Read the notes to the Standard Option.The program of courses below is appropriate for students who wish to enter industry upon graduation.
  2. Option Electives (18 credits): Choose from CE, CPT S, EE, ME, and MSE courses not used to fulfill other
  3. Physics Electives (3 credits): Choose any 300-400-level ASTRONOM or PHYSICS courses not used to fulfill other requirements.

Minor in Physics


A physics minor requires Phys 201/202 and Phys 303/304 plus any two courses (6 credits) from the following list: Phys 320 Mechanics, Phys 330 Thermal Physics, Phys 341/342 Electricity and Magnetism, Phys 410 Electronics, Phys 412 Modern Optics Laboratory, Phys 415 [M] Modern Laboratory Techniques, Phys 443 Optics, Phys 450 Introduction to Quantum Mechanics, Phys 461 Atomic and Molecular Physics, Phys 463 Solid State Physics, and Phys 465 Nuclear Physics. This makes a total of 20 credits in physics

Undergraduate Scholarships


Office of Scholarship Services

For more information please contact the physics department office at (509) 335-1698, or check out the Office of Financial Aid and Scholarships website, or email questions to physics@wsu.edu.

Paul A Anderson Award for Excellence

Academic excellence and/or exceptional research are the criteria to receive the Paul Anderson Award. A cash award is presented to senior undergraduate physics majors for exceptional academics, research and service.

Paul A Bender Scholarship

A scholarship will be awarded in two separate equal portions during the academic year to undergraduate physics majors for exceptional academics, research and service.

Miles and Muriel Dresser Scholarship

A scholarship will be awarded in two separate equal portions during the academic year to undergraduate physics majors for exceptional academics or research.

Edward E Donaldson Scholar

The Donaldson Scholar is awarded to support undergraduate summer research. A call for applications will go out each spring.

J Thomas Dickinson Research Award

The Dickinson Research Award is awarded to support undergraduate summer research. A call for applications will go out each spring.

Department of Physics Textbook Scholarship

A $100.00 scholarship is awarded to certified physics majors who earn a GPA of B+ (3.30) or better and are enrolled for 12 credits or more during a fall or spring semester, and in the subsequent semester (fall or spring semesters only). They must still be working on their degree work. A various number of these awards are made each semester.

Undergraduate Students


Physics & Astronomy Undergraduate Students

Looking for resources as a current or prospective undergraduate student attending Washington State University’s spectacular Physics and Astronomy Program? Here you can find links to the application process, courses, scholarships, student directory, extracurricular activities, and the undergraduate student handbook. Not enough info? Please e-mail the department at physics@wsu.edu or call at 509-335-9532.

Club Flag

Ol’ Crimson flying high

The Washington State University flag has flown in many places around the world – from ESPN Game Day to the Great Wall of China – and now more than 18 miles into the stratosphere. A Cougar flag attached to a weather balloon launched from the center of the Pullman campus reached nearly 100,000 feet, presumed to be a record-breaker for the WSU banner. The flight was part of a WSU Physics and Astronomy Club student project. Watch the video

Physics & Astronomy Club Hub

Current Undergraduate Students

Student Learning Objectives

  1. Use scientific reasoning to form and test hypotheses.
    — (Critical and Creative Thinking)
  2. Think independently and question dogma by acquiring, reproducing, and assessing information from a variety of sources.
    — (Information Literacy)
  3. Recall and apply the important concepts in each of the four core areas of physics: mechanics, electricity and magnetism, modern and quantum physics, and thermal and statistical physics.
    — (Scientific Literacy)
  4. Design and conduct scientific experiments which test new ideas and theories
    — (Quantitative Reasoning)
  5. Present concepts and results clearly, both orally and in writing
    — (Communication)
  6. Be prepared for graduate study and/or careers in physics
    — (Depth, Breadth and Integration of Learning)

Graduate Students


Graduate Studies in Physics & Astronomy

The Department of Physics and Astronomy graduate program at Washington State University is designed to produce leaders in industry, in academia, and at national laboratories. The department’s progressive environment seeks to provide an atmosphere that fosters intellectual growth and quantitative reasoning. The program engages students in teaching and research activities that provide the skills, knowledge, and ability for critical thinking that will enable them to be productive members of society. In the process, our goal is to lay the foundations for technological advances that improve our quality of life.

Looking for resources as a current or prospective graduate student attending Washington State University’s spectacular Physics and Astronomy Program? Here you can find links to the application process, courses, scholarships, student directory, extracurricular activities, and the graduate student handbook. Not enough info? Please e-mail the department at physics@wsu.edu or call at 509-335-9532.

Optica – SPIE Club Officers

Chelsea Weaver Erik Wasleske
Garrett Compton
President
Federico Serrano
Vice President
Erin Kimbro
Secretary
Chelsea Weaver
Treasurer


Visit WSU Optica-SPIE, an extracurricular physics group for graduate students

Student Learning Objectives

  1. Learn to use scientific reasoning and independent thinking to form and test hypotheses.
  2. Learn how to apply important concepts in each of four core areas of physics: mechanics, electricity and magnetism, quantum mechanics, and thermal and statistical physics.
  3. Design and conduct one or more original significant scientific research projects with publication-quality results.
  4. Be able to present scientific results clearly, both orally and in writing, to the larger scientific community through publications, conference presentations, research proposals, or in other meaningful ways.
  5. Prepare for a career in physics or careers that exploit the skills gained during graduate studies.
  6. Be prepared for graduate study and/or careers in physics.

Graduate Scholarships


Claire May Band Physics Scholarships

The Claire May Band Scholarship in Physics was established in 1989 to recognize outstanding students interested in the physics program at Washington State University. The award amount varies and will be awarded in two separate equal portions during the academic year. The Graduate Studies Committee and Department Chair will award based on application material.

Claire and William Band Graduate Fellowship in Theoretical Physics

The Claire and William Band Graduate Fellowship in Theoretical Physics was established to recognize outstanding students interested in theoretical physics in the Department of Physics and Astronomy at WSU. The award amount varies and will be awarded in two separate equal portions during the academic year. The Graduate Studies Committee and Department Chair will award based on application material.

Summer Research Award

Students completing their first and second year in the program will be eligible to apply for a departmental summer research assistantship with the support of a faculty advisor.  Calls for applications will be made each Spring.

George E. Duvall Scholarship in Shock Compression Science

This scholarship recognizes outstanding achievement in graduate research in the area of Shock Compression Science. Contact the department for more information.

ISP Graduate Scholarship and Assistantships (Applications)

Institute for Shock Physics (ISP) Graduate Scholar Award includes a $30,000 Annual Stipend, Waiver of Tuition, and Health Insurance. U.S. Citizenship or Permanent Residency is required for the ISP Graduate Scholar Award. If you are interested in being considered for the ISP Graduate Scholar Award, please fill out this application form.

A Research Assistantship (RA) includes an annual stipend, waiver of tuition, and health insurance. To be considered for a Research Assistantship, please view the graduate studies admission guidelines published by the academic department in your field. In addition, please feel free to contact the Institute directly (shock@wsu.edu) for more information.

Fine more information on the ISP Graduate Scholars.

Graduate School Fellowships/Scholarship

There are several opportunities for fellowships/scholarships/awards directly from the Graduate School.

College of Arts and Sciences Fellowships/Scholarship

There are several opportunities for fellowships/scholarships/awards directly from the College of Arts and Sciences.

About the Department


Mission

The Department of Physics and Astronomy seeks to provide an atmosphere that fosters intellectual growth and quantitative reasoning. We offer educational programs in physics and astronomy that engage students in teaching and research activities that provide the skills, knowledge, and ability for critical thinking that will enable them to be productive members of society. In the process, we will lay the foundations for technological advances that improve our quality of life.

While the department conducts research in the traditional areas of physics, we have enhanced our relatively small group by identifying three areas of research excellence: Astrophysics, Extreme Matter / Novel States of Matter, and Materials and Optics. Astrophysics seeks to answer some of the most basic questions about the universe and space-time and is in high demand from the students. Materials and Optics, and Extreme Matter are at the forefront of important technological advances.

WSU and Pullman Information

On November 11, 1889, Montana, the two Dakotas, and Washington Territory became states of the Union by means of an Enabling Act. The Act authorized the states to adopt constitutions and it appropriated gifts of public land. The three new states were granted 190,000 acres for colleges of agriculture, science, and technology. On March 28, 1890, the Washington legislature formally accepted the gift of land and money, and Washington State University was created. It became one of a select number of schools known as land-grant colleges.

Physics and Astronomy Quick Stats

20 Professors & Lecturers
4 Full Time Research Staff
63 Graduate Students
63 Undergraduate Majors & Pre-Majors

Percentage of faculty that are Society Fellows: >50% (National average: 10%)

Grant funding: >$9 million/year

Many fellowships and scholarships are available, with stipends up to $30,000/year

Doerte Blume

Doerte Blume

Scientific Interests and Work:
Dr. Blume’s research interests fall into the area of cold atom and few-body physics. Specifically, Dr. Blume is interested in developing a bottom-up understanding of quantum mechanical systems in terms of a few key parameters. Cold atom systems provide excellent model systems in this quest. A key goal is to identify “building blocks” that provide an intuitive means to understand larger systems and/or serve as starting points for developing many-body theories. Dr. Blume’s research utilizes analytical and numerical techniques, and the development of new or improved algorithms is one the group’s strengths.

Background:
After receiving her undergraduate degree from the Georg-August University in Goettingen, Germany, in 1995, Dr. Blume conducted her Ph.D. research under the joint supervision of Birgit Whaley, Department of Chemistry at UC Berkeley, and Peter Toennies, Max-Planck Institute for Fluid Dynamics (now Max-Planck Institute for Complex Systems), Germany. Dr. Blume’s graduate work focused on the theoretical description of doped liquid helium clusters by Monte Carlo methods. These studies were motivated and guided by experimental studies conducted at the Max-Planck Institute.

After receiving her Ph.D. in Physics in 1998, Dr. Blume did postdoctoral work with Chris Greene at JILA, Boulder.  While at JILA, Dr. Blume continued to develop novel theoretical and computational approaches to treating van der Waals clusters and additionally started to investigate cold atom systems from the few-body perspective.

In August 2001, Dr. Blume moved to WSU as an assistant professor. Dr. Blume was granted early tenure in 2006 and promoted to full professor in 2012. Dr. Blume was elected APS fellow in 2010. She is serving/has served on the Editorial Boards of Physical Review A and Journal of Physics B, and was Chair of the Topical Few-Body Group of the APS in 2013/2014. Dr. Blume has served on several APS committees, and continues to be actively involved in the organization of workshops and conferences.

Education:
Ph.D. (Physics), 1998, Georg-August University, Goettingen, Germany
“Diplom” (M.Sc. equivalent) (Physics), 1995, Georg-August University, Goettingen, Germany
“Vordiplom” (B.Sc. equivalent) (Physics), 1992, Georg-August University,Goettingen, Germany

Doerte Blume

Professor of Physics

Office: Webster Physical Sciences 947H
Phone: (509) 335-2412
Fax: (509) 335-7816
E-mail: doerte at wsu.edu

Website: (Link)

Faculty

Full Time Faculty