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Introduction to the Graduate Academic Program in the Department of Physics and Astronomy Collin Broholm Department of Physics and Astronomy, Johns Hopkins

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Page 1: Introduction to the Graduate Academic Program in the Department of Physics and Astronomy Collin Broholm Department of Physics and Astronomy, Johns Hopkins

Introduction to the Graduate Academic Program in the Department of Physics and Astronomy

Collin BroholmDepartment of Physics and Astronomy, Johns Hopkins University

Page 2: Introduction to the Graduate Academic Program in the Department of Physics and Astronomy Collin Broholm Department of Physics and Astronomy, Johns Hopkins

Graduate studies at JHU• We stimulate a transition

– From predominantly passive learning from courses and books

– To active learning through your own inquisitiveness to produce new knowledge for the world

• We encourage exploration:– Colloquia, seminars, and study groups– No firm choices needed in years 1-2– An informed decision about your thesis subject is key to future success

Page 3: Introduction to the Graduate Academic Program in the Department of Physics and Astronomy Collin Broholm Department of Physics and Astronomy, Johns Hopkins

Course requirements• If you have taken a required course: waive it• There is a 2 year seminar course to broaden

your knowledge and help you make winning presentations

• International Students take a seminar course on American Class room communication skills

• Two tracks. Students with an interest in Astronomy can follow either

• Physics track– Theoretical Mechanics or Stat. Phys. (1 sem.)– Electromagnetic Theory (2 sem.)– Quantum Mechanics (2 sem.)– Mathematical Methods (2 sem.)– Laboratory Course (1 sem.)

Page 4: Introduction to the Graduate Academic Program in the Department of Physics and Astronomy Collin Broholm Department of Physics and Astronomy, Johns Hopkins

Course Requirements• Astronomy and Astrophysics

– Stellar structure and Evolution (1 sem.)– Interstellar Medium and fluid dynamics (1

sem.)– Radiative Astrophysics (2 sem.)– Mathematical Methods (2 sem.)– Galactic Structure and Stellar Dynamics (1

sem.)– Extragalactic Astronomy (1 sem.)– Two additional courses from:

• Quantum mechanics• Observational Astronomy• Statistical Methods• Plasma Physics• Particle physics • General Relativity

• Cosmology• Active Galactic Nuclei• Fourier Optics• Compact Objects• Planetary Atmospheres• Planetary Fluid Dynamics• Advanced Lab.

Page 5: Introduction to the Graduate Academic Program in the Department of Physics and Astronomy Collin Broholm Department of Physics and Astronomy, Johns Hopkins

Boundary conditions…..• Written Exams:

– To identify areas were better preparation is needed

– 1.5 years to complete the exams which are offered 3 times each in that period:

• Electromagnetism (September and May)• Quantum Mechanics (September and May)• Classical Mechanics (January and May)• Statistical Physics and Thermodynamics

(January and May)• Preliminary Oral Exam: Can you think on

your feet?• Graduate Board Oral Exam: Starts with

thesis proposal • Thesis research begins as soon as

possible typically 2nd year• Thesis defense where you present your

results to a broad committee. • Total time to defense varies from 5-7

years.

Page 6: Introduction to the Graduate Academic Program in the Department of Physics and Astronomy Collin Broholm Department of Physics and Astronomy, Johns Hopkins

Our goal is your success!

• First year mentor: You have a faculty advisor in your field of interest

• First year academic advisor. Helps you navigate the requirements

• Thesis committee: Three faculty members who review progress and help you move effectively through the program