Quantum Computing is a branch of quantum information science. Though it began in the 1980s, it has gained popularity lately. This branch of study is new to the institutes, as a result, you will find a few universities with courses and certificate programs in quantum computing.Masters in Quantum Computing also called Master of Science in Physics and Quantum Computing ( MSPQC ). It is rather a easier course compared to most of the other courses in the field of quantum computing are aimed at research or PhD.
Masters in Quantum Computing is a one-year course but can be extended based on your research work if approved by the authorities. Quantum computing seems to be the future of computing technology but at present the number of people studying this subject is limited. Moreover, the application of theoretical data is even more limited. Research in this field is still going on and there is a lot of scope for development.
On the contrary large companies like Google, IBM, Microsoft, etc have already hired people to research quantum computing and its application. If a breakthrough happens soon then there will be a sudden increase in the demand for employing quantum engineers and that will be a golden period for you. Soon enough the quantum computers will be introduced in the market.
Apart from that, the few algorithms of quantum computing are being put to test in various organizations. The best way to get into this field is by gaining a university degree.
To know more about the basics of quantum computing visit this page.
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Candidates applying for Masters in Quantum Computing need to have the following prerequisite courses taken:
- Firstly, Basic quantum Mechanics or Quantum Information Processing
- Secondly, Linear Algebra
- Thirdly, Basic Algebra
- Next, Basic Group Theory
- Next, Fourier transforms
- Lastly, Implementation of Quantum Information Processing
In addition, candidates should also have basic knowledge of physics, mathematics, and computer science.
Top Universities/ Institutes for MSPQC or Masters in Quantum Computing
Here is the list of top universities to consider for Masters in Quantum Computing:
- The institute of quantum computing, University of Waterloo
- University of Wisconsin, Madison
- Monash University, Australia
- Tata Institute of Fundamental Research, India
- University College of London, UCL
- University of Bristol
Job Prospects after Masters in Quantum Computing
First of all, there are research jobs available in institutes like IBM, Google, Microsoft but you need a Ph.D. or lab experience for such roles. Nonetheless, you can apply for the following:
- Quantum Scientist
- Quantum Theorist
- Sr. Program Manager
- Quantum Computing Lead
- Quantum UX Designer
- Computational Physicist
- Quantum Application Scientist
- Quantum Engineer
- Senior Analyst
- Quantum Cryptographer
- Quantum Research Scientist
Soon, all our computing devices like laptops, smartphones, tablets, etc will be converted to quantum computers and this breakthrough will create a huge void that needs to be filled in soon by quantum engineers and scientists. At that time, this degree and its importance will be at the peak. As a result, you have a high paid job in the near future with little or no competition.
Moreover, it is not like quantum computing is not in use right now, there are several openings for this field as lecturers, scientists, and researchers at various institutes.
To learn more about jobs related to quantum computing click here.
Future aspects of Quantum Computing
In conclusion, apart from the incredible job opportunities, there is a future in the field of research. The requirement for most of the high profile jobs requires a Ph.D. Ph.D. and research work is available in the above-mentioned universities. After a Ph.D., you can apply for high-paid jobs or as a lecturer.
Hope we have covered all the niches related to Quantum computing. There is nothing better to study than something that excites you. Curiosity is the mother of invention, as this field lags in development, you can create history by choosing to continue your study here.
Lastly, if you need any help contact us for mentoring, counseling, and admission process.
Frequently Asked Questions
Q1. What is the optimum degree for quantum computing?
Ans. Physics, computer science, and math, are the most important subjects for quantum computing. Electrical engineering is another wonderful option if you like to manufacture the elements.
Q2. Is there a demand for quantum computing?
Ans. Yes, the quantum computing is highly in demand. The Quantum Computing market is estimated to grow at a CAGR of 30.2 percent, that means, USD 1,765 million by 2026.
Q3. Is quantum computing a branch of computer science or physics?
Ans. Quantum computing is an interdisciplinary area that includes physics, maths, chemistry, computer science, and other disciplines.
Q4. What would it take to enter the field of Quantum Computing?
Ans. A profession in quantum computing would not be launched with any degree. A bachelor’s degree is required in computer science or physics. Moreover, computational physics, quantum mechanics, and machine learning are also required.
Q5. Is quantum computing difficult to grasp?
Ans. Quantum computers are extremely complex to design, construct, and programme. As a result, they are hobbled by flaws like as noise, malfunctions, and lack of quantum coherence, that is critical to their functioning and yet fails before any nontrivial program can execute to completion.
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