Quantum computers use tiny particles called single-photons to perform calculations. Munkhbat’s project aims to develop a key component of optical quantum computers – a highly-efficient single-photon source – by overcoming fundamental and technological challenges. In this project, we are trying to create a new platform to generate highly indistinguishable single-photons more efficiently with nanoengineered bilayer WSe2-based quantum emitters.
Through a thorough investigation of the microscopic origins of these emitters, Munkhbat and his team will make significant advancements in developing a novel and efficient single-photon source that can be integrated with other on-chip photonic circuits. This source will feature the efficient generation of highly indistinguishable single-photons in the spectral range of 775 – 810 nm coupled into an on-chip waveguide.
The project will take place in the Quantum Light Sources group at DTU Electro, and its main outcome will be beneficial for optical quantum information technology by enabling future on-chip quantum interference experiments with a novel single-photon source. The grant will support the funding of one Postdoc and cover other operating expenses.
Read more about QLIGHT.
The Villum Foundation
The Villum Foundation supports internationalisation, and with the Villum Young Investigator Programme we encourage Danish universities to support and recruit Danish as well as international researcher talents.
Who can apply
The ideal applicant is an exceptionally talented young researcher within technical and natural sciences. Applicants must have between two and eight years of research experience after completion of their PhD.
