Quantiki

We are recruiting a PhD student to work on quantum information theory and quantum communication theory in the research group of Michael G. Jabbour at Télécom SudParis, Institut Polytechnique de Paris.

The successful candidate will contribute to research on:

The Master's programme in Quantum Science and Technology (QST) at the Faculty of Sciences and Techniques of Al-Hoceima (FSTH), Abdelmalek Essaadi University, Morocco, is now open for applications for the 2026-2027 academic year.

Applications are invited for two 1+1-year Postdoctoral Research Fellow positions in theoretical physics at the Asia Pacific Center for Theoretical Physics (APCTP) in Pohang, South Korea. Each appointment will initially be for one year and can be extended for an additional year subject to satisfactory performance and the availability of research funding.

Join Our Group – Postdoctoral Position Available

We are an experimental research group at the University of Milan, Italy, led by Prof. Woojin Kwon, dedicated to exploring quantum phenomena in ultracold atomic systems of fermionic Lithium-6 gases. Our research seeks to deepen the understanding of many-body quantum physics through precision experiments. Supported by the ERC Starting Grant, our current focus is on fermionic superfluid gases, with particular interest in quantum vortices and related quantum transport phenomena.

Applications are invited for a PhD student in Controlling Errors in Quantum Computers under the supervision of Dr Zhenyu Cai at Imperial College London

This PhD project will focus on the single most pressing challenge in quantum computation: errors in these machines. The goal is to develop a "full-stack" approach to quantum error suppression, integrating strategies across all layers of the quantum computation stack.

Applications are invited for a PhD student in Controlling Errors in Quantum Computers under the supervision of Dr Zhenyu Cai at Imperial College London

This PhD project will focus on the single most pressing challenge in quantum computation: errors in these machines. The goal is to develop a "full-stack" approach to quantum error suppression, integrating strategies across all layers of the quantum computation stack.