Quantum Technology is one of the most difficult fields to understand due to the level of complexities that are involved in it. Understanding concepts in any quantum-related field takes years of study to get a full grasp of it as well as years of research to come up with meaningful progress.

Top 10 Quantum Universities

With a high drive for the application of quantum technology in the world today, more people are getting interested in understanding the workings of quantum technology both as science and industry. However, the best way to understand quantum technology is by studying at the best schools that offer these courses to interested persons and/or distinguished talents within the space of Physics, Mathematics, Biology, Chemistry, Engineering, or any related field that can contribute to the growth of the industry.

Here is a list of the top 10 institutions to study quantum technology.

1. University of Waterloo

The Institute for Quantum Computing is a world-class quantum technology facility at the University of Waterloo aimed at advancing the field of quantum information to create new quantum technologies to drive the economy of the future. They have over 300 researchers and 30 faculty members who collaborate on some of the most challenging problems in the world today.

2. University of Oxford

The Oxford Quantum Institute is one of the biggest quantum institutes in the world with over 60 groups directly involved in quantum science and technology, making it one of the most diverse places to study quantum technology. They cover research areas including devices and hardware, sensing and measurement, quantum information processing, and quantum science in general.

3. Harvard University

The Harvard School of Engineering and Applied Sciences offers Quantum Science and Engineering as a discipline in the university as they are at the frontier of engineering full quantum systems beginning with physical phenomena exhibited by quantum materials, integrating devices subject to quantum architectures, and creating a new way for communication and information processing.

4. Massachusetts Institute of Technology

The MIT Center for Quantum Engineering is one of the most advanced places to study quantum engineering/computing. They offer areas such as quantum science, computing, simulation, networks, sensing, control, and systems while creating the workforce to lead the next generation of technology.

5. University of Chicago

The University of Chicago offers two prongs for quantum technology, they are Quantum Science and Engineering and Quantum Computing. They have leading researchers working towards applying quantum research and developing new hardware, software, and algorithms that bring quantum computers closer to their great potential for unlocking new knowledge in physics, chemistry, cryptography, and other fields.

6. University of Tokyo

The Future Society Initiative at the University of Tokyo is commissioned to drive educational and research projects in the field of quantum research and has about 65 projects running currently. They also offer research opportunities within the field of quantum technology.

7. University of California, Berkeley

The Berkeley Center for Quantum Information and Computation unites researchers from the Chemistry, Engineering, and Physical Sciences departments to address key challenges in quantum algorithms, quantum cryptography, quantum information theory, quantum control, and the practical implementation of quantum computers and devices.

8. Imperial College London

The Imperial Centre for Quantum Engineering, Science and Technology aims to harness the complementary expertise of researchers throughout the College, in collaboration with industry partners and external stakeholders, to transform discoveries in quantum science into groundbreaking quantum technologies.

9. ETH Zurich

The Quantum Center at ETH Zurich is a leading institution for quantum science worldwide. The center coordinates research activities in quantum science and technology at ETH Zurich while being the contact point for larger projects from external partners and government agencies.

10. National University of Singapore

The Centre for Quantum Technologies (CQT) unites physicists, computer scientists, and engineers to conduct fundamental research in quantum physics and develop devices leveraging quantum phenomena. Specialists in this emerging field of quantum technologies are utilising their findings in areas such as computing, communications, and sensing.