Domaines
Quantum optics
Type of internship
Expérimental Description
Join our team as we strive to develop tomorrow’s quantum microscope! Leveraging the non-classical properties of light, such as entanglement – a topic recently honoured with the Nobel Prize in Physics in 2022, we aim to push the boundaries of classical imaging by developing innovative quantum experimental protocols. In addition, we use these tools to study and understand the mysterious properties of quantum light. We are currently seeking a highly motivated M2 intern student to join our team with the goal of pursuing a PhD after. A passion for physics, a problem-solving mindset, and a strong team spirit are essential attributes for the successful candidate. We have several internship projects available for prospective candidates:
(i) Building a practical quantum phase microscope based on entangled photons (Applied optics)
(ii) Developing a non-local imaging protocol for imaging through scattering using entanglement (Applied to Fundamental)
(iii) Deciphering high-dimensional entanglement with cameras (Fundamental)
Each project is based on ongoing experiments within the team. While a solid theoretical understanding is beneficial, the primary emphasis is on the experimental component. The specific project will be determined during interviews, considering the team's needs and the candidate's preferences. It's worth noting that the internship project's subject may or may not align with the subsequent thesis topic
Contact
Hugo Defienne