ExpertiseUpdated on 12 May 2025
Infrastructure for Scalable Quantum Computing Platforms
About
We develop system infrastructure (HW architecture, OS specifications, high-level interfaces) to support scalable and heterogeneous quantum-classical computing platforms. Our focus lies in creating robust integration frameworks, interface designs, and resource management mechanisms that can adapt to evolving quantum hardware capabilities. This work enables future-ready platforms where quantum accelerators can operate effectively alongside classical systems, supporting a wide range of applications and use cases.
Field
- Energy Efficiency
- Quantum and High Performance Computing
Similar opportunities
Expertise
Integrated Quantum-Classical Systems Architectures
- Testing & Analysis
- Quantum and High Performance Computing
Ralf Ramsauer
Postdoc at OTH Regensburg - Laboratory for Digitalization
Regensburg, Germany
Project cooperation
Technology-Agnostic Standardised Quantum Software Stack - CL4-2025-03-DIGITAL-EMERGING-02.
- Early
- Consortium seeks Partner
- Partner seeks Consortium
- Quantum and High Performance Computing
Ralf Ramsauer
Postdoc at OTH Regensburg - Laboratory for Digitalization
Regensburg, Germany
Expertise
Hardware/Software Co-Design with RISC-V-Based Platforms
- Quantum and High Performance Computing
Ralf Ramsauer
Postdoc at OTH Regensburg - Laboratory for Digitalization
Regensburg, Germany