Detailed Program

Building an error-corrected superconducting quantum computer: progress and outstanding challenges

Cryo-CMOS Transistor Modeling for Quantum Computing Integrated Circuits

Cryo-CMOS Analog Circuits for Controlling Silicon Spin Qubits

Behaviour of semiconductor field effect transistors at low temperatures: design aspects and technology

FPGA-based quantum error correction for fault-tolerant quantum computers

Scaling up Quantum Technologies with Nb-AlOx-Al Trilayer Junctions 

Time-Division Multiplexing for Trap Electrode Control Toward Large-Scale Trapped-Ion Quantum Processors Based on QCCD Architecture

Design of stochastic integer divider using single flux quantum circuits

Parameter Variation Tolerant ReLU Neuron Device Using Single Flux Quantum Circuit

Bit Error-Rate Measurement of Adiabatic Quantum-Flux-Parametron Circuits Fabricated with 1 kA/cm^2 Nb Josephson Process

Spectral properties of two superconducting artificial atoms coupled to a resonator in the ultrastrong coupling regime

Design and Evaluation of Single Flux Quantum Circuits with Josephson Inductors Fabricated by Low Critical Current Density Process

Design of Demultiplexer-Based Decoders using Dual-rail Direct-coupled AQFP (D2QFP)

Readout of Josephson Parametric Oscillator Phase Using AQFP Circuits for Quantum Computing Applications

Mitigating errors in superconducting qubits through active cosmic-ray muon tagging

An SFQ-Based Compact and High-Precision Deterministic Adder for Stochastic Computing

Design and Implementation of a Discrete-Event Simulator of Quantum Interconnect: a case for Bell-State Swapping

Optically Mediated Control for Superconducting Qubits

Design of a logic switching circuit for reconfigurable superconducting reversible logic circuits

Fabrication of a microwave resonator inside a stacked device

RSFQ Stochastic Division Circuit with a Small Feedback Loop

Optimization of Superconducting Al Overlap Josephson Junction Fabrication 

Accelerating BP-OSD Decoder for QLDPC Codes with Local Syndrome-Based Preprocessing

Toward Large-Scale Integration of Superconducting Quantum Circuits

Cryogenic Electronic Systems: Enabling Next-Generation Quantum and Classical Computing Architectures

Physical
design automation for superconducting qubits

Advanced Modeling Tools for Superconducting Circuit Development

Scaling Considerations for Quantum Computers with Integrated Digital Control and Readout

Synthesis and analysis of 3D monolayer superconducting circuits for magnetic and quantum applications

Progress towards high-density superconductor digital logic

Progress on fabrication of superconducting structures at 300 mm wafer scale

Progress of Double-Josephson-Junction Superconducting Integrated Fabrication Process

Recent status of fabrication and integration technologies for superconducting circuits in FLUXONICS

Superconducting Microelectronics at Scale: Foundry Enablement for the Next Era of Quantum and High-Performance Computing

Superconducting quantum circuits based on epitaxial Josephson Junctions with nitride superconductors

Development of cryogenic signal processor based on single flux quantum circuits for superconducting strip photon detectors in 0.1-W Gifford-McMahon cryocooler

Measurement-based topological quantum computing in superconductor-semiconductor tetrons

Enhancing Quantum Sensing Performance via Quantum Circuit Learning

Development of Dilution Refrigerator systems for Quantum Computers

Planar SFQ Circuits for Simplified Superconducting Qubit Control

Scalable control and readout of a sixth-generation quantum annealing processor

Hypres’ Innovations in Superconducting Digital Electronics

Asynchronous and synchronous behavior in large networks of Josephson neurons

Willow and quantum computing below the surface code threshold

Towards Cryogenic Superconductor Classical/Quantum Computing from a Computer Architecture Perspective

Empowering Quantum Design: Advanced EDA Tools and Services for Superconducting Circuits

Automated Physical Design Methodology for Superconducting SFQ Circuits

Probablistic computing: A new platform for quantum materials and superconducting devices

Quantum computer system architecture for fault-tolerant computation

Magnetically Engineered Josephson Junctions in High-Tc Superconductors: Cobalt Implantation and Helium Ion Patterning

Voltage-tunable cryogenic electronics for scalable quantum circuits

From SFQ to Quantum Sensing: A Versatile NbTiN Superconducting Platform

Development and Applications of Josephson Arbitrary Waveform Synthesizers

Towards Ultra-Low Power Computing: SFQ Brownian Logic Circuits

Large-scale Superconductor Electronics: Opportunities and Challenges