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Jamister
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I want to do my Phd on foundations of quantum mechanics, but I don't find researchers in the U.S.A that work on that. Is there a good way to search other than to go to each university and go over the PI's?
Thanks
Thanks
But how do I find these groups?Choppy said:If you're not already - start reading as much as you can about current research in that field. Look for review articles. Look for the common references. One thing you'll start to find, if you're reading enough is that there tend to be a few core groups that are working on a specific topic. Those groups are often a good place to start.
orisomech said:But how do I find these groups?
Choppy said:start reading as much as you can about current research in that field. Look for review articles. Look for the common references.
I do want to read about current research, and I already started study about the foundations of QM, but the thing is I want to know if there will be an option to do research on it in the USA, because I didn't find a single researcher from USA working on it and I looked in many universities in the USA. So you think I'm not looking good? do you know researchers that work on it in the USA?Vanadium 50 said:By doing what Choppy said:
If you don't want to do this (or aren't doing it already), why do you want to get a PhD in this field and will be doing this for the rest of your life?
orisomech said:I do want to read about current research, and I already started study about the foundations of QM, but the thing is I want to know if there will be an option to do research on it in the USA, because I didn't find a single researcher from USA working on it and I looked in many universities in the USA. So you think I'm not looking good? do you know researchers that work on it in the USA?
Nuts. Not exactly a paywall, but I'm not seeing a way to close this obnoxious splash screen so that I can read the article without creating an account. Am I missing an "X" somewhere?mathwonk said:Based on this article in the NYT, if I were in your situation, I would ask Sean Carroll of CalTech for advice:
https://www.nytimes.com/2019/09/07/opinion/sunday/quantum-physics.html
Asking him is weird, he is not supposed to help me. And If I do ask him, what will I ask? give me names of PI's?mathwonk said:Based on this article in the NYT, if I were in your situation, I would ask Sean Carroll of CalTech for advice:
https://www.nytimes.com/2019/09/07/opinion/sunday/quantum-physics.html
Very few people succeed in a professional career totally on their own. Networking is key. What have you got to lose? Email him. Tell him you read his article. Tell him of your interests, and ask for advice on how to proceed. At worst, you won't get any reply [in rare instances, the worst is a nasty reply, rather than no reply]. At best, he'll give you the guidance you seek.orisomech said:Asking him is weird, he is not supposed to help me. And If I do ask him, what will I ask? give me names of PI's?
berkeman said:Nuts. Not exactly a paywall, but I'm not seeing a way to close this obnoxious splash screen so that I can read the article without creating an account. Am I missing an "X" somewhere?
Studying the foundations of quantum mechanics is crucial for anyone interested in pursuing a career in quantum physics or related fields. It provides a deep understanding of the fundamental principles and concepts that govern the behavior of matter and energy at the quantum level, which is essential for making advancements in this rapidly evolving field.
The best way to find universities that offer PhD programs in the foundations of quantum mechanics is to do thorough research. Look for universities with strong physics departments and faculty members who specialize in quantum mechanics. You can also check university rankings and read reviews from current or former students to get an idea of the quality of the program.
Most universities require applicants to have a master's degree in physics or a related field, with a strong background in quantum mechanics and mathematics. Some universities may also require applicants to have research experience and a high GPA. It is important to carefully review the specific requirements of each university before applying.
While a background in physics is typically required for a PhD program in the foundations of quantum mechanics, some universities may offer bridging courses or allow students to take prerequisite courses to catch up on the necessary knowledge. However, it is important to have a strong understanding of physics and mathematics before pursuing a PhD in this field.
A PhD in the foundations of quantum mechanics can lead to a variety of career opportunities, including research positions in academia, government agencies, and private companies. Graduates may also pursue careers in fields such as quantum computing, quantum information science, and quantum engineering. Additionally, a PhD in this field can open up opportunities for teaching and consulting roles.