Are you passionate about quantum technologies and eager to further develop a Rydberg atom quantum computing platform as a 24/7 user-facility for hybrid quantum comping? Join us! We are looking for a candidate that drives the translation and implementation of real-world problems with our quantum computing capabilities, from the application programming interface (API) to code executable on our hardware.Project and Job description
At TU/e, the ultracold atom lab of QT/e,
part of the Eindhoven Hendrik Casimir Institute,
is developing and constructing a pulse-based Rydberg atom quantum computing platform. This project is part of the KAT-1 Quantum Delta NL program
on Rydberg-atom based hybrid quantum computing, which is a demonstrator program based on Quantum Inspire
: the European quantum computer that is 24/7 online available for users. In 2024, our qubits will be added and we are looking for quantum engineers/postdocs to make this happen. The selected candidate will play a leading role in the full-stack integration of the quantum computing platform and aid the conversion of (scientific) questions into feasible quantum calculations. They will collaborate with the Eindhoven high-performance computing center (HPC) and also interface the platform with Quantum Inspire, making it accessible for the wider community.
Our platform for hybrid quantum computing and quantum simulation is formed around a quantum co-processor, with qubits based on ultracold (Rydberg) atoms. With optical tweezers these atoms are held in a lattice configuration with good controllability and readout. With excitation to Rydberg states, strong nearest-neighbour coupling can be realized, giving rise to multi-qubit entanglement. This platform is very suitable for specific tasks such as hybrid algorithms for quantum chemistry problems.
Concretely, the candidate will develop a Quantum Computing Gateway
to interface between the user, either directly or via Quantum Inspire, and an Integrated Hybrid System
consisting of the Rydberg system and a high-performance computing environment. The quantum computing gateway provides the management for job scheduling and queues and acts as an application programming interface (API) between high-level code and compiled instructions for nanosecond timing resolution and sub-microsecond latency of control procedures on the Rydberg system, while the integrated hybrid system provides a seamless and consistent flow of information and functionality between quantum and classical computations necessary for fast implementation of hybrid quantum algorithms. Direct access via the quantum computing gateway will allow algorithm developers substantially more flexibility in designing pulse-based algorithms for direct implementation on the Rydberg system.
The selected candidate will work together with several PhD candidates, fellow postdocs/quantum engineers (other vacancies available, please see V34.6151
), MSc students and the PI's within the ultracold atom team at QT/e. In collaboration with the HPC Lab and SURF
, the candidate will assess the computational requirements needed for the interface, and develop the necessary infrastructure. Moreover they will collaborate with the ultracold strontium lab
at the UvA in Amsterdam, other partners within the Eindhoven Hendrik Casimir Institute and the wider quantum research network in the Netherlands. The work will be carried out in the Center for Quantum Materials and Technology (QT/e) within the CQT research group