Discover the fundamentals of strong laser field physics, non-classical light states and #QuantumInfo, and progress in fully quantising intense laser–matter interaction…
👉 https://t.co/3BHRpPG9ma
👨🔬 @JRivDe@zeitloserprolet@ciappinam
The next #QuantumBattles are starting in 2 days. Below is the teaser video with our combatants on the #Chirality, #Symmetry & Tailored Fields 😎⚛️👇
https://t.co/JlFu6JfjdO
With the announcement of Philipp Stammer
@zeitloserprolet as a #quantumbattles combatant, the lineup for the "How quantum is Atto?" battle is complete. Find out more about Philipp by reading his bio below 👇👇👇
The next #quantumbattles combatant to be announced is Stefano Cavaletto. We are excited for him to be joining the "Attoscience of Solids" battle. To find out more about Stefano, read his bio 👇👇👇
This Wendesday, the #quantumbattles will commence. The final combatant to be released is Kasia Kowalczyk and we are excited for her to join the "Attoscience of Solids" battle. To learn more about Kasia, read her bio below👇👇👇
🚨The #quantumbattles are next week! 🚨
We are excited to announce Francisco Navarrete as a combatant who will be discussing the "Attoscience of solids". To find out more about Francisco, read his bio below 👇👇👇
The next #QuantumBattles are starting in 2 days. Below is the teaser video with our combatants on the #Attoscience of #Solids 😎⚛️👇
https://t.co/ro0bvDKmHF
#mdpiAtoms2023travelaward
👏👏👏 We are glad to announce the #winner of #Atoms2023travelaward is Dr. Javier Rivera Dean.
Please join us in congratulating him on receiving this award! 🏆🏆🏆
👉more at https://t.co/zL7eP6YAcc
We have put on arXiv our new (and my first) work on DIQKD entitled "Device Independent Quantum Key Distribution with realistic single-photon sources"!
Link: https://t.co/ENfSa2YeuQ
Today I am very happy, because we have reached an important milestone in a project for which I have a special affection.
Today we introduce *Inflation*, a Python library for classical and quantum causal compatibility
https://t.co/dDwIcOiGJx
Want to know what it is about? 🧵👇
We have just uploaded to arXiv our new work entitled "Quantum optical analysis of high-order harmonic generation in solids under a Wannier-Bloch picture", where we study the HHG process in solids under a quantum optical framework.
Link: https://t.co/sMHrvZPvZY
I've been hooked on the MUB problem since the beginning of my PhD and have tried to tackle it through quantum information processing tasks several times. While this paper doesn't resolve the problem, it's interesting to see how independent numerics come to the same conclusion.
We have just put on arXiv our new work entitled "Light-matter entanglement after above-threshold ionization process in atoms", where we study the entanglement between photoelectrons and the electromagnetic field modes after ATI processes.
Link: https://t.co/xYWp78R7t2
We have just put on arXiv this nice tutorial covering the quantum electrodynamics of intense laser-matter interactions (with new results about ATI!). It has been a real pleasure to work in this very nice project!
Link: https://t.co/gbfHkv4cZA
Ahir els @ICFOnians vam celebrar el Premi Nacional de Recerca del nostre amic, col·lega i investigador #ICREA a l'ICFO, el Prof. Maciej Lewenstein.
Enhorabona Maciej per aquest premi que reconeix una carrera marcada per la consecució de resultats tan importants! 👏
#PNR2021
Our paper about high-photon frequency-entangled states and coherent state superpositions from the IR to the XUV has been published in Physical Review Letters.
Link: https://t.co/zfqK1jBDGb
📝#NEWPaper is out: Researchers from @ICFOnians in collaboration with @FORTH_ITE show the potential of strong laser fields for generating controllable high-photon-number coherent-state superpositions.
Link to paper👇