Challenges and Opportunities for Development of Ultra-Low Power Scaled Quantum Computing System

What will it take to make quantum computers more powerful, scalable, and energy-efficient? The answer may lie at the intersection of CMOS technology, microwave engineering, RF system design, and quantum computing! As quantum computing moves towards larger and more practical systems, one of the biggest engineering challenges is controlling thousands of qubits without excessive power consumption, complex wiring, and system overhead. Addressing this challenge requires more than quantum physics-it demands innovative solutions in semiconductor design, integrated RF systems, low-power electronics, and microwave engineering. IEEE MTT-S Distinguished Microwave Lecture organized by IEEE MTT-S Vardhaman Student Branch Chapter, in association with the Center for Signal Processing and Advanced RF Communications (C-SPARC), Department of ECE, Vardhaman College of Engineering. Topic: Challenges and Opportunities for Development of Ultra-Low Power Scaled Quantum Computing System 🎙️ Speaker: Sudipto Chakraborty Distinguished Microwave Lecturer, Class of 2026-2028 IBM Research, USA 📅 14 November 2026 ⏰ 6:30 PM onwards 💻 Online via Google Meet