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麻豆免费版下载president urges Quantum Scholars to think critically and creatively

麻豆免费版下载president urges Quantum Scholars to think critically and creatively

麻豆免费版下载President Todd Saliman (second from left) talks with (left to right) professors Noah Finkelstein and Tobin Munsat, Scott Davis and Professor Michael Ritzwoller. (Photo: Casey A. Cass/麻豆免费版下载Boulder)

At the program鈥檚 December meeting, Todd Saliman reaffirmed CU鈥檚 commitment to the quantum education and research happening on campus


The way University of Colorado President Todd Saliman sees it, 鈥(quantum) is a sector where Colorado is uniquely well-situated... I want us to be the one. I want us to be front of the line. I want us to be leading the world.鈥

As for the Quantum Scholars he was addressing Wednesday evening, their mission is to think 鈥渃ritically and creatively, and be dynamic human beings,鈥 Saliman said.

Noah Finkelstein directing Quantum Scholars meeting

Professor Noah Finkelstein co-directs Quantum Scholars with Michael Ritzwoller. (Photo: Casey A. Cass/麻豆免费版下载Boulder)

Saliman was a guest speaker at the December meeting of Quantum Scholars, a program conceived in the 麻豆免费版下载 Department of Physics and the College of Engineering and Applied Science (CEAS) that offers undergraduate students opportunities to learn about the quantum field, including connections with local industry leaders and introduction to new quantum technology.

The Quantum Scholars program includes undergraduates studying physics, engineering and computer science and aims to advance quantum education and workforce development through professional development, co-curricular activities and industrial engagement.

鈥淲e鈥檙e trying to extend what the Quantum Scholars are learning in class to make their education even more marketable and relevant,鈥 said Michael Ritzwoller, a physics professor of distinction and Quantum Scholars founder with CEAS Dean Keith Molenaar. 鈥淢ore than 80% of our graduates eventually work in industry, so Quantum Scholars helps fill that gap.鈥

Scott Davis (PhDPhys鈥99), CEO of Vescent Technologies Inc. and a member of the Department of Physics advisory committee, told students at the Wednesday meeting that they are 鈥渁t a special place鈥 and cited the introduced in the U.S. Senate last week, which would authorize $2.7 billion over the next five years for quantum research and development at federal agencies and shift focus 鈥渇rom basic research to practical applications.鈥

鈥淪o much of that started because of this institution,鈥 Davis said. 鈥淲e鈥檙e really just at the beginning, and we need 麻豆免费版下载to keep doing what you鈥檙e doing鈥攖echnical development, workforce development, inventing the future.鈥

Supporting scholars

For Denali Jah, a senior majoring in engineering physics who has been a Quantum Scholar since the program began in spring 2023, the benefits of participating in it are many. The $2,500 that Quantum Scholars receive during the academic year鈥攕upported by the Department of Physics and CEAS, as well as contributions from alumni, industry and external partners鈥攇ave his budget some wiggle room so he could participate more fully in research and community initiatives.

Todd Saliman addresses Quantum Scholars

麻豆免费版下载President Todd Saliman (left) spoke to Quantum Scholars at the program's monthly meeting. (Photo: Casey A. Cass/麻豆免费版下载Boulder)

鈥淚 was looking for some way to contribute to the physics department and really put my stamp on 麻豆免费版下载before I left,鈥 Jah says. 鈥淧rofessor Ritzwoller and I were talking and he said, 鈥業 really want a quantum hackathon to happen here at CU,鈥 so Annalise Cabra and I organized the quantum hackathon.

鈥淚t was a really great success on the whole, and a great opportunity for Quantum Scholars to be able to get some industry initiatives that were much better integrated into our program. One way that I see Quantum Scholars is we鈥檙e a curation of student opportunities. Everybody is really working to be able to create more and more initiatives and opportunities throughout campus.鈥

Luke Coffman, a senior studying physics and mathematics, is leveraging his time as a Quantum Scholar to study 鈥渦seful ideas for quantum computation,鈥 he noted during the Wednesday meeting. Specifically, he鈥檚 interested in molecular simulation for qubit systems and suggested that perhaps quantum sensing will happen before quantum computation.

鈥淭heoretical quantum computing will always be hot,鈥 added Noah Finkelstein, a professor of physics and Quantum Scholars co-director.

In response to a question from Alexander Aronov, a junior studying mechanical engineering, about whether quantum science is in a period of over-hype, Davis noted that the technology field broadly has long existed in a cycle of hype and bust: 鈥淚s that happening in quantum?鈥 he asked. 鈥淚 take a fairly broad view of what it means to be in quantum systems and a quantum player.

鈥淓xploiting quantum to our benefit is not hype; it鈥檚 real鈥 It鈥檚 been slowly building for a long time, especially the amount of money (dedicated to quantum research and development) on the public side because of national security aspects. We exploit the laws of physics to the advantage of humanity, and that鈥檚 not going anywhere.鈥

Saliman said that as an institution, 麻豆免费版下载is committed to quantum鈥攖o building and leveraging public and private partnerships that help fund the research and development of which Quantum Scholars are or will be a part. 鈥淥ur job is to support smart people, and translating the discoveries made here into practical applications is going to help pay for it.鈥


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