It was 2016 when I left my alma mater (University of Calabria). In 2025 I will be back to start my group! 🔬
If you want to know more about the project:
https://t.co/peqQC0Z66H
I will post soon openings for PhDs and postdoc positions, feel free to contact me ahead if interested!
📣 Our PhD student @BaptisteCourme will explain how to manipulate entangled photons through scattering media at @SPIEtweets#PhotonicsWest - 4:50pm, Moscone South, Room 159 (Upper Mezz)
Welcome Yanis Trouyet, who just started his PhD with us! He kicked things off few days ago by presenting his Master’s internship results at the Rencontre des Jeunes Physicien·ne·s @SFP_officiel@Sorbonne_Univ_
Welcome Yanis Trouyet, who just started his PhD with us! He kicked things off few days ago by presenting his Master’s internship results at the Rencontre des Jeunes Physicien·ne·s @SFP_officiel@Sorbonne_Univ_
📢Quantum optics seminar 📢: Mikael Rechtsman, from Penn State Uni, on 'Quantum Hall Physics with Photons' - Today Wed. 27th Nov. - 13h30 - Room 22-23 317 Sorbonne University (Jussieu)
Sensing with Quantum Light 2024 - https://t.co/7c3FCeZJ7q - Thank you to the organizers for bringing us on board for this great conference = See you next year in #Physikzentrum Bad Honnef.
Last Wednesday, we hosted the first Quantum Imaging Paris seminar with great talks from PhD students & postdocs from our group and @comedialkb. Big thanks to Prof. @vparigi81 for her talk on multimode optics from @mqo_lkb. Looking forward to more collaborations!
We are pleased to welcome in our team a new PhD student, Raphaël (left), who will be certifying high-dimensional quantum entanglement with a camera and a new postdoc, Shaurya (right), investigating the influence of various light-shaping methods on high-dimensional entanglement.
Congrats to our Masters students Yanis and Raphael - soon-to-be PhD students - for sharing their recent results on non-local wavefront shaping and entanglement certification at the Quantum Science and Technologies Summer School in Bari two weeks ago!
Interested in controlling multiple spatial modes of light? Check out our new tutorial on how to turn your SLM into a 10-plane light converter!
https://t.co/bIJLYGEqA6
#RésultatScientifique 🔎 Un chercheur et une chercheuse ont développé une méthode innovante permettant de dissimuler une image en l'encodant dans les corrélations quantiques de paires de photons, la rendant ainsi invisible aux techniques d'imagerie classiques.
Check out our new @NaturePhotonics paper on the generation of cluster states at record-high rates using high-dimensional entanglement:
https://t.co/af7POYsi9v
We use spatial entanglement to reduce the number of photons and feed-forward steps in photonic quantum computation (a 🧵)