Fisk-Vanderbilt Masters-to-PhD Bridge Program in Physics

The Fisk-Vanderbilt Masters-to-PhD Bridge program is designed to allow Fisk Master’s students transition into PhD programs in physics, astronomy or materials science at Vanderbilt. The program, which usually requires 2 years, is flexible and is individualized to the goals and needs of each student. Courses are selected to address gaps in undergraduate preparation, as are research experiences that allow students to develop and demonstrate their full scientific talent and potential. The program provides:

  • full access to courses at both Fisk and Vanderbilt

  • research performed with Fisk and Vanderbilt faculty

  • a nurturing, friendly academic environment and a warm social network w/other Bridge students/postdocs/faculty

  • full funding support, tuition waiver, stipend, and health insurance.

Curriculum Guidelines for Fisk-Vanderbilt Masters-to-PhD Program in Physics, Materials Science, or Astronomy

Fisk MA courses

Vanderbilt PhD courses

Physics Track

Mechanics/Dynamics (PHYS 541)

Mechanics/Dynamics (VPHYS 8010)

E&M (PHYS 552)

E&M I (VPHYS 8020)

E&M II (VPHYS 8021)

Quantum Mechanics (PHYS 542)

Quantum Mechanics I (VPHYS 8030)

Quantum Mechanics II (VPHYS 8031)

Statistical Mechanics (VPHYS 8040)

Graduate Seminar (VPHYS 8000)

Interdisciplinary Materials Science Track

Mechanics/Dynamics (PHYS 541)

Atomic Arrangements of Solids (VMSE 6310)

E&M (PHYS 552)

Materials Chemistry VCHEM 5610 (inorganic) or VCHEM 5620 (biological)

Quantum Mechanics (PHYS 542)

Thermodynamics (VPHYS 3200)

Physics of Condensed Matter (VPHYS 3640)

Astrophysics Track

Mechanics/Dynamics (PHYS 541)

Mechanics/Dynamics (VPHYS 8010)

E&M (PHYS 552)

E&M I (VPHYS 8020)

Quantum Mechanics (PHYS 542)

Quantum Mechanics I (VPHYS 8030)

Statistical Mechanics (VPHYS 8040)
Radiative Processes (VASTR 8010)
Stellar Astrophysics (VASTR 8030)
Order of Magnitude (VASTR 8001)
Graduate Seminar (VPHYS 8000)

Molecular Spectroscopy (CHEM 547)

Spectroscopy (VCHEM 5330)

Special Topics (PHYS 581; CHEM 581 and CHEM 582)

  • Have Spring Thesis Committee Meeting- this meeting should lead to ‘permission to prepare MA thesis’ documentation.

 

Physics/Materials Science Requirements

First Year, Fall Semester (10.5 credits)

 

PHYS XXX

3

PHYS 501Advanced Mathematical Physics

3

PHYS 541Advanced Dynamics

3

PHYS 583Graduate Physics Seminar

1

NSCI 593Professional Skills for Graduate Study

0.5

  • PHYS 583: Journal Club
  • Choose Faculty Research Mentor

First Year, Spring Semester (10.5 credits)

 

NSCI 594Literature Review

0.5

VPHYS 8020Advanced Electrodynamics

3

Or

PHYS 552Electromagnetic Theory

3

VPHYS 8030Quantum Mechanics

3

Or

PHYS 542Nonrelativistic Quantum Mechanics

4

PHYS 592Research in Physics

3

PHYS 584Graduate Physics Seminar

1

  • VPHYS 8020 and VPHYS 8030: Based on performance in Fisk-prepared pretest
  • PHYS 584: Journal Club
  • Establish Advisory Committee
  • Have first meeting of Thesis Committee by Mar 1

Second Year, Fall Semester (9 credits)

VPHYS 8020Advanced Electrodynamics

3

Or

VPHYS 8030Quantum Mechanics

3

Or

VPHYS 8010Particle and Continuum Mechanics

3

Or

VPHYS 8040Statistical Mechanics

3

PHYS Electives (as recommended by advisor)

Or

PHYS 581Special Topics Independent Study (Experiments)

2-4

PHYS 583Graduate Physics Seminar

1

PHYS 591Research in Physics

3

  • PHYS Electives (as recommended by advisor): Fisk 400 and 500 series
  • PHYS 583: Journal Club, encouraged but not required
  • PHYS 591: These three count toward 30 hours required for graduation

Second Year, Spring Semester (9 credits)

PHYS Electives (as recommended by advisor)

Or

PHYS 581Special Topics Independent Study (Experiments)

2-4

PHYS 599Masters Thesis Preparation

0

PHYS 583Graduate Physics Seminar

1

  • PHYS Electives (as recommended by advisor): Fisk 400 and 500 series
  • PHYS 599: Hours for Thesis Prep do not count toward 30 hours required for graduation
  • PHYS 583: Journal Club- encouraged but not required

Physics/Astrophysics Graduate Program Requirements

First Year, Fall Semester (9.5 – 12.5 credits)

VASTR 8030Stellar Astrophysics

3

PHYS 501Advanced Mathematical Physics

3

Or

VPHYS 8005Mathematical Methods for Physicists

3

PHYS 541Advanced Dynamics

3

Or

VPHYS 8010Particle and Continuum Mechanics

3

VPHYS 8030Quantum Mechanics

3

NSCI 593Professional Skills for Graduate Study

0.5

VASTR 8001Order of Magnitude Astrophysics

1

  • Choose Faculty Research Mentor

First Year, Spring Semester (9.5 credits)

 

NSCI 594Literature Review

0.5

VPHYS 8020Advanced Electrodynamics

3

Or

PHYS 552Electromagnetic Theory

3

PHYS 542Nonrelativistic Quantum Mechanics

4

VASTR 8001Order of Magnitude Astrophysics

1

PHYS 592Research in Physics

3

  • VPHYS 8020: Based on performance in Fisk-prepared pretest
  • PHYS 542: On advice from advisor –can be replaced with VU PHYS 8030
  • Establish Advisory Committee
  • Have first meeting of Thesis Committee by Mar 1st

First Year, Summer (6 credits)

PHYS 591Research in Physics

3

And

PHYS 592Research in Physics

3

Second Year, Fall Semester (9 credits)

 

VPHYS 8030Quantum Mechanics

3

Or

VPHYS 8010Particle and Continuum Mechanics

3

Or

VPHYS 8005Mathematical Methods for Physicists

3

VASTR 8001Order of Magnitude Astrophysics

1

VASTR 8040The Structure and Dynamics of Galaxies

3

PHYS 583Graduate Physics Seminar

1

PHYS 591Research in Physics

3

  • PHYS 583: Journal Club, encouraged but not required
  • PHYS 591: Do not count toward 30 hours required for graduation
  • Have Fall Meeting with Advisory Committee

Second Year, Spring Semester (3 credits)

VASTR 8010Radiative Processes

3

Or

VASTR 8050Structure Formation in the Universe

3

Or

VPHYS 8040Statistical Mechanics

3

Or

VPHYS 8020Advanced Electrodynamics

3

VASTR 8001Order of Magnitude Astrophysics

1

PHYS 599Masters Thesis Preparation

0

PHYS 583Graduate Physics Seminar

1

  • PHYS 583: Journal Club- encouraged but not required