Quantum Computing Career After BSc Physics: Opportunities?

In summary, it is possible to start a career in quantum computing after obtaining a BSc in physics. However, to study quantum computing in an MSc program, there may be specific options available. It is important to avoid promoting or bashing companies, such as D-wave, without providing references or links. With strong research experience, it is possible to secure a job in quantum computing, although it is not a common occurrence.
  • #1
Quantum Aravinth
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Is there any opportunities to start Quantum Computing career after BSc Physics?
 
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  • #2
To study Quantum Computing in MSc is there any specific options available?
 
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  • #3
With respect to the deleted posts here: It is a small line between a reasonable talk about special companies, bashing them or promoting them. Neither promotion nor bashing can be in our interest. I can imagine that D-wave is an issue in this context people want to talk about. But if so, please name the references, or even better provide the links rather than to claim something which cannot be proven or is troublesome to prove. E.g. I didn't find the specifics listed in one of the removed posts on their website. In addition the list contained a rather general list of qualifications which applies to basically all jobs. No need to mention a special company then.

As it is apparently not clear, whether D-wave already (state of today) has achieved their goals or not, we would prefer to avoid this matter. You're welcome to answer the OP's question and if the naming of certain companies cannot be avoided, please add references or links.
 
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Likes berkeman
  • #4
If you have strong, related research experience you can get a job in quantum computing, but from what I understand, it's quite rare.

A friend of mine who was an exceptional researcher as an undergraduate in experimental low-temperature electronics/superconducting device physics got a job at a top company's quantum computing R&D division.
 

1. What is quantum computing and how is it related to a career in BSc Physics?

Quantum computing is a field of computer science that uses principles of quantum mechanics to perform calculations and solve problems. It is closely related to BSc Physics as it relies on the principles of quantum mechanics, which are fundamental to understanding the behavior of matter and energy.

2. What are the job opportunities for BSc Physics graduates in the field of quantum computing?

There are a variety of job opportunities for BSc Physics graduates in the field of quantum computing, including roles such as quantum computing researcher, quantum software developer, quantum engineer, and quantum algorithm designer. These roles can be found in both academic and industrial settings.

3. What skills are necessary for a successful career in quantum computing after BSc Physics?

A successful career in quantum computing after BSc Physics requires a strong foundation in mathematical and computational skills, as well as a deep understanding of quantum mechanics and its applications. Additionally, skills in programming, problem-solving, and critical thinking are essential for working in this rapidly evolving field.

4. Is a postgraduate degree required for a career in quantum computing after BSc Physics?

While a postgraduate degree is not always required for a career in quantum computing after BSc Physics, it can be beneficial for more advanced positions and for staying competitive in the job market. A postgraduate degree in quantum computing, computer science, or physics can provide specialized knowledge and skills that can help advance a career in this field.

5. How can one gain experience in quantum computing during a BSc Physics program?

There are several ways to gain experience in quantum computing during a BSc Physics program. Students can take courses or participate in research projects related to quantum mechanics and computing. They can also attend workshops, seminars, and conferences focused on quantum computing. Additionally, internships or co-op placements at companies or research institutions working in quantum computing can provide valuable hands-on experience.

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