In summary: Quantum mechanics is a very broad topic and it can be difficult to find a research topic that is of interest to someone who is not already specializing in the field.
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Enne
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I have been recently introduced to QM and I am deeply interested in it. I have come to know that quantum cryptography, quantum computing, and quantum optics are the hot areas where research is going on. But I'm curious, is there theoretical research going on for understanding of the quantum world? Or is the quantum theory just like a tool to explore other things, like condensed matter?

Do people do a PhD in 'quantum mechanics' the same way as 'high energy physics'? Or is QM too broad a topic.Forgive me if this is a naive question.
 
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Basic quantum mechanics was pretty much complete in the 1920s. It's no longer an area of study. You're right: it is a tool that people use (from physicists to some engineers).
 
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There are some people who do research into "foundational issues" such as Bell's Theorem and the CHSH inequality, which (roughly speaking) quantify the "weirdness" of QM. There are important experiments that test these things. Browse around our Quantum Physics forum for threads related to Bell's Theorem, in particular. It's a regular subject of discussion here.
 
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  • #4
Quantum chaos, albeit (by definition) not exclusively "quantum mechanical", is another area of research that may be of interest to the OP. There one is concerned with the relationship between quantum and classical dynamics, particularly in case the latter is chaotic.
 
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  • #5
Go to arxiv.org, and click on "quantum physics". You will see that it is an active area of current research with about twenty new papers posted a day. It was not "complete in the 1920s".
 
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Meir Achuz said:
It was not "complete in the 1920s".

Nobody said it was. Don't leave out descriptive text when you quote people.
 
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  • #7
Researching quantum mechanics itself (as opposed to using it as a tool) is about like buggy whip making. There are, in fact, still buggy whip makers today, and if a craftsman or manufacturer had both the opportunity and interest in making a few, more power to them.

That doesn't make it a wise career choice, and you'll find very few people who have a PhD like what you're suggesting.
 
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FAQ: Is there current research going on in quantum mechanics?

What is quantum mechanics?

Quantum mechanics is a branch of physics that deals with the behavior of matter and energy at a very small scale, such as atoms and subatomic particles. It explains the fundamental principles and laws that govern the behavior of these particles.

Why is research being conducted in quantum mechanics?

Quantum mechanics is a very complex and fascinating field that has the potential to revolutionize our understanding of the universe. It has already led to many important discoveries, such as the development of transistors and lasers, and has the potential to lead to even more groundbreaking technologies in the future.

What are some current research areas in quantum mechanics?

Some current research areas in quantum mechanics include quantum computing, quantum cryptography, quantum teleportation, and quantum entanglement. These are all areas that have the potential to greatly impact our technology and daily lives in the future.

How is research in quantum mechanics conducted?

Research in quantum mechanics is typically conducted through experiments, mathematical models, and theoretical studies. Experiments involve manipulating and measuring particles at a quantum level, while mathematical models and theoretical studies use equations and principles to understand and predict the behavior of these particles.

What are some recent breakthroughs in quantum mechanics research?

Some recent breakthroughs in quantum mechanics research include the development of quantum computers with higher computing power, the successful teleportation of information between two particles over long distances, and the creation of quantum communication networks. These breakthroughs have opened up new possibilities for technology and have advanced our understanding of the quantum world.

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