Pursuing an MS in Physics after an MS in CS: Possibilities and Challenges
Are you considering pursuing a Master of Science (MS) in Physics after completing your MS in Computer Science? The journey might be challenging, but it is not impossible. In this article, we will explore the feasibility of this path, the requirements, and the prerequisites, providing guidance to help you on your academic journey.
Requirements and Prerequisites
Before embarking on this path, it is essential to understand the requirements and prerequisites for an MS in Physics. These typically include: Mathematics Background: Proficiency in advanced mathematics is crucial. This includes topics such as Lie algebra, tensor calculus, matrix algebra, and various space-times Physics Fundamentals: Knowledge of fundamental physics principles, including the Pauli exclusion principle and its violations Coursework: Additional undergraduate-level courses may be necessary to bridge the gap in knowledge and skills
While some universities and programs may allow entry with an MS in Computer Science, many strict programs may require a formal background in physics or mathematics. Universities that provide more flexible admission requirements often offer pathways to help students prepare, such as advanced undergraduate courses or postbaccalaureate programs.
Seeking Approval and Preparation
It is doubtful you have had the necessary mathematics background or fundamental physics knowledge to succeed in a graduate physics curriculum without additional preparation. However, if the university to which you are applying approves, you may start with advanced undergraduate courses. With dedicated and hard study, you can master the required mathematics and make a significant contribution through your thesis.
In the US, some programs allow students with an MS in Computer Science to pursue an MS in Physics, but it often requires additional coursework. The amount depends on the specific program and the physics courses taken during your undergraduate studies. Typically, this coursework can be completed as a postbaccalaureate student, which may require additional time beyond the typical two years.
The Importance of Program Variability
Masters degrees generally consist of approximately 30 hours of major courses and 30 hours of foundation courses. Some programs may require comprehensive exams and/or a thesis. The foundation courses can often be waived if you have completed equivalent courses in your recent undergraduate program with grades of A or B. Therefore, the more distance there is between your undergraduate studies and the discipline of the masters degree, the more courses you will need to take.
The hours of pure mathematics courses required in undergraduate computer science programs vary from school to school. Historically, computer science majors took numerous math courses, but this has changed over time as the field has become more application-focused. You should carefully review your computer science curriculum and compare it with the mathematics courses required for the MS in Physics program.
Additional Reading and Inspiration
While pursuing advanced degrees in physics and computer science, you may find the book The Cuckoo#39;s Egg: Tracking a Spy Through the Maze of Computer Spy Ware by Clifford Stoll, particularly useful. Stoll, an astronomer, managed the computers at the Lawrence Berkeley National Laboratory in 1986 and eventually helped the FBI trace a hacker intruder to a spy ring in West Germany. This book is not only a fascinating read but also an excellent example of the interdisciplinary skills and knowledge required for success in these fields.
Remember, while challenges exist, they can be overcome with dedication and effort. Whether you choose to pursue an MS in Physics after an MS in Computer Science or not, the knowledge and skills gained in both fields can be invaluable in today#39;s rapidly advancing technological landscape.