Wireless Interconnects for Scaling Classical and Quantum Computers

The rapid evolution of computing technologies has underscored the urgent need to overcome fundamental bottlenecks in both quantum and non-quantum systems. This workshop aims to delve into innovative solutions proposed by two pioneering projects: WINC (WINC: Wireless Networks within Next-Generation Computing Systems) and QUADRATURE (Scalable Multi-Chip Quantum Architectures Enabled by Cryogenic Wireless/Quantum-Coherent Network-in-Package).

The goal of the workshop is multifaceted and includes: providing a comprehensive understanding of the WINC and QUADRATURE projects, highlighting their innovative approaches and potential impact on computing technologies; fostering collaboration between researchers, engineers, and practitioners from diverse fields such as quantum computing, wireless communication, and computer architecture; and discussing future directions and potential applications of the technologies developed by WINC and QUADRATURE, identifying opportunities for further research and development.

Overall, this workshop offers a unique platform for exploring cutting-edge advancements in both quantum and non-quantum computing architectures. By bringing together experts and stakeholders, we aim to pave the way for significant technological progress and the next generation of high-performance computing systems.