Physics Grad School with Historical Method Pedagogy?

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Discussion Overview

The discussion centers around the concept of graduate schools in physics that incorporate a historical and philosophical (HPS) approach to pedagogy. Participants explore the implications of such an educational model on learning and research preparation in physics, contrasting it with traditional problem-solving methods prevalent in physics graduate programs.

Discussion Character

  • Debate/contested
  • Conceptual clarification
  • Exploratory

Main Points Raised

  • Some participants question whether graduate-level physics is predominantly geared towards learners who excel in problem-solving, suggesting that this may not accommodate all learning styles.
  • Others argue that the primary purpose of physics graduate programs is to prepare students for research through extensive problem-solving, implying that those who dislike this approach may not find physics grad school suitable.
  • A participant reflects on their own educational experiences, noting a disconnect between traditional problem-solving assignments and real-world applications, expressing uncertainty about their fit in a physics PhD program.
  • Some participants mention that there are dedicated HPS departments, such as at the University of Pittsburgh, which offer resources and concentrations in the history and philosophy of physics.
  • Concerns are raised about survivorship bias in historical pedagogy, where only successful ideas are highlighted, potentially overlooking many failed concepts that are crucial for understanding the development of physics.
  • There is a suggestion that graduate students may not yet grasp the complexities of the real world, which can lead to a reliance on abstract problems that do not reflect practical scenarios.

Areas of Agreement / Disagreement

Participants express differing views on the effectiveness and suitability of traditional problem-solving methods versus a historical approach in physics education. There is no consensus on the best pedagogical approach, and the discussion remains unresolved regarding the ideal balance between these methodologies.

Contextual Notes

Participants highlight limitations in traditional physics education, including a potential lack of real-world relevance in problem sets and the challenge of understanding the complexities of physics through a purely historical lens. The discussion does not resolve these limitations or provide a clear direction for addressing them.

Geremia
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Physics Grad School with "Historical Method" Pedagogy?

Are there graduate schools in physics that teach physics with a history and philosophy (HPS) emphasis?

http://sites.huji.ac.il/science/stc/staff_h/galili_h.htm" and optics that adopted this approach remain to be valuable and interesting teaching resources."

Is it just me or is graduate-level physics taught only to a certain type of learner, i.e., to one who "learns by doing," who learns solely by solving written problems?

Thanks
 
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The purpose of grad school in physics is to prepare students to participate in new research, solving unsolved problems. In this light, programs that offer a PhD in physics will involve lots and lots of problem solving. Otherwise how could they hope to train future researchers?

If you do not like solving physics problems, then physics grad school is probably not what you're looking for, as it prepares one for a career in physics problem solving!

Have you considered looking at philosophy grad programs where you could possibly do a dissertation in the philosophy of physics?
 


G01 said:
The purpose of grad school in physics is to prepare students to participate in new research, solving unsolved problems.
Yes, but as an undergrad I did a lot of research and it was much different than written, busywork-type assignments. Even in high school I read the first volume of the Feynman Lectures in Physics, and my math teacher said he wished Feynman had put problems at the end of each chapter. I remember thinking: Why? The Feynman lectures prepared me to do well the first few years of my undergrad physics education.
G01 said:
In this light, programs that offer a PhD in physics will involve lots and lots of problem solving. Otherwise how could they hope to train future researchers?
But problems never seem to reflect the real-world. Maybe physics PhD really isn't for me, but I find it really crazy that I am currently a physics grad student and don't know what kind of physics grad school is preparing me for...
G01 said:
If you do not like solving physics problems, then physics grad school is probably not what you're looking for, as it prepares one for a career in physics problem solving!

Have you considered looking at philosophy grad programs where you could possibly do a dissertation in the philosophy of physics?
The philosophy of physics would seem so "hollow" to me... Thanks for the suggestion, though
 


HPS is often even its own department. The resources are certainly there if HPS is what you are interested in. The University of Pittsburgh has one of the top departments, for example. See http://www.hps.pitt.edu/. They even have a concentration in the history and philosophy of physics: http://www.hps.pitt.edu/graduate/history-philosophy-physics.php. Dissertations include "Gauging Gauge: Remarks on the Conceptual Foundations of Gauge Symmetry" etc.

If you want to do the standard physics track, you can do it. If you want to study physics from a historical point of view, you can do it... Duhem is actually someone you'd be likely to study in traditional HPS.

Does it matter what the department is if you can study what you want? What do you think is lacking in traditional physics, HPS, or philosophy of physics? What exactly are you looking to study?
 
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kote said:
HPS is often even it's own department. The resources are certainly there if HPS is what you are interested in. The University of Pittsburgh has one of the top departments, for example. See http://www.hps.pitt.edu/. They even have a concentration in the history and philosophy of physics: http://www.hps.pitt.edu/graduate/history-philosophy-physics.php.

I've also heard good things about this department.

Also, Geremia:

Could you describe a physics graduate class taught in a way you would like? The reason physics classes are taught the way they are is because solving lots of problems in a time tested way of teaching physics. I couldn't imagine learning, say, E&M to the point where I could use it without working some pedagogical textbook problems.
 


The other problem with historical method pedagogy is survivorship bias. You know which ideas worked out in the end, and you miss the point that most ideas end up to be dead ends.

Also you do have something about historical method in graduate schools. If you want to know something about say supernova theory, you'll be spending a month or two going through papers over the last two decades and learning all of the dead ends and why they were dead ends.

Geremia: But problems never seem to reflect the real-world.

That's because in graduate school you don't know what the real world is like. That's what you are trying to figure out. It also tends to be true that the real world is far, far too complex and messy to be useful in giving you mathematical skills, so the problems that get used to train mathematical ability tend to be abstract.

Geremia: I am currently a physics grad student and don't know what kind of physics grad school is preparing me for...

One other thing about the real world is that it doesn't fit into nice neat categories.
 

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