Postdoc in Quantum Computing Architecture Eindhoven University of Technology in Netherlands

Postdoctoral position in quantum computing architecture at Eindhoven University of Technology (TU/e) , within the Department of Applied Physics and Science Education. The project focuses on the design of an architecture for large-scale photonic quantum computing , building on recent work on non-deterministic error-reducing photonic circuits and below-threshold results in photonics. The postdoc will contribute to the quantum photonic information processing (QPIP) team, embedded in the Coherence a...

Postdoctoral opportunity in experimental photonic quantum computing at Eindhoven University of Technology (TU/e) , in the Department of Applied Physics and Science Education. The project focuses on designing, constructing, and testing a prototype resource state generation module for a photonic quantum computer, with an emphasis on integrated photonics , quantum technologies , quantum information processing , and on-chip integration of components. The work sits within the quantum photonic informa...

Delft University of Technology is seeking a Postdoctoral Researcher to join the Feld Group at QuTech in Delft, Netherlands. The project focuses on quantum error correction, quantum compilation, GPU acceleration, high-performance computing, and tightly integrated quantum-classical systems. The researcher may contribute to low-latency GPU integration with quantum-control hardware; GPU-accelerated decoding algorithms for quantum error correction; hardware-aware quantum software; compilation, mappin...

Postdoctoral Researcher opportunity in Quantum Computing Architecture at Eindhoven University of Technology (TU/e) in the Netherlands . This position is aimed at researchers interested in the intersection of quantum computing , computer architecture , quantum information processing , and system-level design . The post highlights themes such as quantum hardware/software integration, performance analysis, optimisation, and scalable quantum computing systems. Suitable backgrounds include computer a...

This PhD project at the University of Southampton explores reconfigurable photonic circuits for quantum computing, quantum information processing and secure communication networks. The research focuses on controlling how individual photons travel and interfere within compact, integrated quantum photonic chips. The project will investigate dynamically reconfigurable devices whose optical properties can be programmed for quantum operations. A central approach is the use of electrostatically actuat...