Engineering High-Efficiency Off-Chip Routing
Masters Project Description
At NQCP we are building a quantum computer based on a novel platform, using spin-selective optical transitions to interfere photons from “artificial atoms” trapped in our silicon lattice. The platform is a strong candidate for realising a quantum internet where quantum states can be distributed across vast distances. The main limitation of the current efforts of this process is the ability to efficiently extract single photons and couple them into optical fibres. In this project you will work with our team on proven designs, integrating them into our microchip fabrication pipeline with the goal of improving coupling by a factor of 3-5. Your time will be divided between chip-fabrication, room-temperature characterization and demonstrating your designs at ~4 kelvin to probe their quantum applications
Benefits for the Future Quantum Scientist
- Hands-on experience: Gain practical knowledge of cutting-edge microfabrication techniques used heavily in academia and industry.
- Deep understanding: Explore how individual photonic components work together to form a complex circuit.
- Quantum contribution: Be part of the exciting world of quantum computing by building the essential building blocks!
Expected Qualifications:
Master student in Physics, Nanoscience, or related.
Contacts:
Peter Granum, Research Scientist, peter.granum@nbi.ku.dk - Team Quantum Photonics
Maria Gonzáles, Photonics Engineer, maria.gonzalez@nbi.ku.dk, - Team Quantum Photonics
Gitte Michelsen, Student Coordinator, gittem@nbi.ku.dk
How to Apply:
Please apply by email to Peter Granum and Stefano Paesani. Your application must include:
- CV
- Letter of motivation
- Transcript of grades