APPLICATIONS OF TECHNOLOGY: Rapid Single-Flux Quantum (RSFQ) circuits for superconducting digital computing in applications such as: High-speed and low power digital circuits Quantum computing Cryo-sensors HPC accelerators Datacenters BENEFITS: Methodology can design a toggle flip-flop with any number of outputs Reduction in area, power, and … [Read more...] about RSFQ Multiple Output Toggle Flip Flop for Area Efficient Superconducting Digital Computing 2023-037
High Performance Computing
Unary Single Flux Quantum (U-SFQ) Architecture for Scaling Superconducting Accelerators 2021-112
APPLICATIONS OF TECHNOLOGY: Applications that require high performance computing or high performance digital communications, such as: Artificial intelligence/Machine learning Image and video processing Digital signal processing Infrared sensors Space exploration equipment Quantum technology BENEFITS: Better performance and lower power/energy … [Read more...] about Unary Single Flux Quantum (U-SFQ) Architecture for Scaling Superconducting Accelerators 2021-112
An Area-efficient Superconducting Unary Convolutional Neural Network (CNN) Accelerator for High Performance Computing Systems 2022-056
APPLICATIONS OF TECHNOLOGY: Applications that require high performance computing using convolutional neural networks (CNNs), like: Data mining Medical imaging Autonomous vehicles National defense/security Scientific research Control circuits for quantum computing BENEFITS: More energy efficient than existing CNN hardware accelerators Smaller form … [Read more...] about An Area-efficient Superconducting Unary Convolutional Neural Network (CNN) Accelerator for High Performance Computing Systems 2022-056
Packet-Switched Superconducting Temporal Network Operations Center (NoC) 2022-030
APPLICATIONS OF TECHNOLOGY: Superconducting digital (non-quantum) computing BENEFITS: System can take better advantage of the strengths of superconducting computing and at larger scales Higher throughput per unit area compared to existing superconducting networks Accepts more data representations than other superconducting computing … [Read more...] about Packet-Switched Superconducting Temporal Network Operations Center (NoC) 2022-030
Non-local Antiferromagnetic Memory Storage 2022-013
APPLICATIONS OF TECHNOLOGY: Incorporated into spintronic-based computer hardware as a method of transporting and storing information in antiferromagnetic (AFM) bits Non-local sensor BENEFITS: AFM switches perform faster and with less energy compared with ferromagnetic switches BACKGROUND: Past work has included researchers’ initial discovery of switching … [Read more...] about Non-local Antiferromagnetic Memory Storage 2022-013