Quantum Computing: How Higher Education is Responding to the New Era

Courses are being taught in universities all around the world in Quantum computing

When quantum computing applies to everything is yet unknown. It's been that way since the 1980s when academics first proposed that quantum physics concepts might be applied to computers in a new way. The theoretical benefit of quantum computing comes from qubits, which, unlike ordinary bits and bytes, evaluate more than just 1s and 0s when solving a problem. Underneath quantum mechanics is a lot of complex theories. The notion is so perplexing that one notable researcher stated in the 1960s, I believe I can confidently assert that nobody knows quantum mechanics. Thus, rather than focusing on what it is and how it works more on that here, the most pressing considerations for higher education leaders are what to do about quantum computing and when it should be implemented. 

 What Are Universities Doing with Quantum Computing? 

The institute began performing its first research projects early this year after more than three years of planning, getting funding, collaborating with the NSF, and locating industrial partners. The students, primarily doctoral students with some undergrads, are learning about the theory underpinning quantum technology while working with it in a hands-on setting to prepare for jobs in the field. 

Technological giants such as IBM, Google, and Microsoft are pioneering the study of quantum computing. Still, the financial industry has also jumped on board due to the immense computational capacity provided by quantum tools. Sabre Kais, the CQT's director and a distinguished professor of chemistry at Purdue, says students have obtained internships at companies like JPMorgan Bank and Fidelity Investments, as well as more typical tech partners.

This experience is provided via cloud-based programs created and made freely available by corporations such as IBM, allowing users to access quantum computing power from anywhere globally. Amazon offers Braket, a comparable tool readily available for anybody interested in quantum computing. 

 How Would the Quantum Future Look? 

In June, IBM revealed the newest quantum achievement, a quantum processor powered by an astonishing 127 qubits. It was major news for those like Kais, who had worked in the sector for years. This is an open field of study, and many individuals are working on it right now, adds Kais. You never know when the next breakthrough in the field may occur. Wherever quantum computing goes, both Kais and Stewart believe it will complement traditional computing. For all, the power created by quantum computing is insufficient to solve most of the issues we can throw at a computer today. 

Quantum is required for some issues. Some require the traditional. It will not replace it, says Kais. Even now, regular computers and quantum computers may connect and collaborate to solve issues, and students who can traverse both areas will have an advantage in the modern job. Interestingly, high school students, who are occasionally introduced to quantum theory through programs like Purdue's Quantum Gaming Club, are becoming more interested in the subject.