Why this conversation matters:

As superconducting quantum computing scales, progress depends on more than better qubits. Reliable measurement, low-noise amplification, flexible control, scalable connectivity, and modular system design are becoming essential to building practical quantum computers.

In this webinar, Michael Hatridge will discuss how advances in quantum measurement, parametric amplifiers, and modular architectures are helping shape the next generation of superconducting quantum systems.

Beyond the underlying technologies, the conversation will explore how these innovations fit together to address the practical challenges of scaling quantum processors. Attendees will gain insight into the engineering decisions that influence system performance today and the architectural approaches that could enable larger, more reliable, and more modular quantum computers in the future.