QV Studio – Validate 2026 – Suyash

This project investigates whether it is possible to use today’s commercial semiconductor technologies to build next generation of quantum devices and the electronics needed to control them at extremely low temperatures. Early research suggests this may be possible in modern semiconductor processes, offering a promising path toward more accessible, scalable quantum hardware. The project has potential to impact multiple sectors including quantum computing, precision sensing and metrology, semiconductor manufacturing, defense and aerospace, and secure communications—by enabling scalable, low-power quantum–classical hardware built directly in commercial CMOS technologies. The key question—and the purpose of working with QV Studio—is to determine whether this scientific insight can become a practical, high-impact startup idea. QV Studio’s validation program will help assess real industry needs, explore potential applications in quantum computing and sensing, and evaluate whether this approach can solve meaningful problems in the quantum technology ecosystem. The work requires a combination of expertise in quantum technologies, semiconductor design, and market and product validation to understand whether this concept can evolve into a viable commercial venture.

Faculty Supervisor:

Sorin Voinigescu

Student:

Partner:

QV Studio

Discipline:

Engineering

Sector:

Public administration

University:

University of Toronto

Program: