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Fisher Center for Interdisciplinary Quantum Science & Engineering

The Fisher Center for IQSE at Illinois Wesleyan University is a first-of-its-kind initiative advancing undergraduate education in Quantum Science & Engineering within a liberal arts curriculum. 

Through cross-curricular courses and experiential learning, students will explore quantum science across physics, mathematics, chemistry, computer science, materials science and ethics

The Fisher Quantum Center is supported by a founding gift from the Ann and Alan Fisher family, providing the resources to establish the center and launch programming. Ann is a graduate of Illinois Wesleyan University and serves on the university’s Board of Trustees.

What is quantum science?

Quantum science studies how nature behaves at the smallest scales—where matter and energy follow rules that differ from everyday experience. These rules are not just abstract; they are the foundation of emerging technologies such as quantum computing, ultra-secure quantum communication, and advanced sensing.

Quantum is more than a set of tools, it is a new way of understanding the physical world.

Advancing Quantum Science in the Midwest & Beyond

Illinois Wesleyan is one of the first undergraduate liberal arts universities in the United States to offer an interdisciplinary curriculum in Quantum Science & Engineering (QSE).

This program is designed for students: 

  • Who want to dive into quantum science and technology early in their academic journey while pursuing a degree in physics, chemistry, mathematics, computer science, engineering

  • Who are aiming for careers in quantum computing, quantum optics, quantum chemistry, quantum communication, quantum finance, quantum engineering, or other related fields 

  • Who are eager for hands-on collaborative research and interdisciplinary mentorship early in their career

Narendra

Narendra Jaggi, Professor and Chair of Physics

Our curriculum is meant to be inclusive, with a "Quantum Science and Technology for All" entry-level class, because quantum-enabled technologies will revolutionize many other disciplines.