More from the series
Explore more of the principles and possibilities of quantum computing—from architecture to applications.
Quantum
High-performance quantum computing
In Lecture 4 of Building the Modern Quantum Architecture, Dr. Matthias Troyer looks ahead to high-performance quantum computing. While quantum systems seem radically different, their engineering challenges mirror those of classical HPC. Learn how future quantum architectures will adapt proven strategies—ISAs, optimized libraries, auto-tuning, and parallelism—to deliver speed and scalability across diverse hardware.
Part 2: Utility-scale quantum architecture
How do you build a utility-scale quantum computer? Join Dr. Matthias Troyer on a journey from high-level code to qubit control—and explore the architecture behind it.
Part 3: Quantum resource estimation
How big does a quantum computer need to be to solve a real problem? Dr. Matthias Troyer explains how quantum resource estimation guides full-stack design.
Part 5: Scalable quantum architecture
How do we translate quantum instructions all the way down to the control signals for physical qubits—and what tradeoffs must we make as we push toward utility scale?
