We’re proud to highlight #CWRU Physics Professor Giuseppe Strangi’s contributions as Guest Editor of the Capasso Tribute Issue, reflecting his dedication to rigorous science and impactful work in nanophotonics. 👏🧬
Read more:
https://t.co/7Uc3FzsViQ
I am grateful to three dear friends, Professor Andrea Alu, Professor Albert Polman, and Professor Pino Strangi, for organizing a wonderful workshop on Metamaterials at UPenn last week, on the occasion of my 70th birthday. Many friends, colleagues, collaborators, and some of the alumni from my group participated in this event, which included fascinating scientific talks and great friendship. I am thankful to all the participants. Special thanks to Andrea, Albert, Pino, Ms. Erin Dowling (the event and communication coordinator), and Ms. Danielle Kopicko (the director of our ESE department).
Just kicked off the 4th edition of the Time Crystals Conference in the heart of the Mediterranean!
Bringing together Photonics, Condensed Matter, and Theoretical Physics communities to explore:
"Spacetime symmetry breaking in motion." #TimeCrystals#Photonics#CondensedMatter
"There are two possible outcomes: if the result confirms the hypothesis, then you've made a measurement. If the result is contrary to the hypothesis, then you've made a discovery" - Enrico Fermi
Complex-frequency excitations offer a powerful platform to tailor material responses through the excitation dynamics. Our paper on their opportunities in photonics, wave physics and metamaterials has appeared today in Science - with S. Kim, @AlexKrasnok
https://t.co/2EC91W8cx2
Abstract submission for the 3rd Edition of Time Crystals closes March 31, 2025! ⏳✨
Join top researchers in Cetraro, Italy 🇮🇹 (July 14-16, 2025) for deep dives into Time Crystals.
🔗 Submit now: https://t.co/uocRl27suI
This project spanned several years with a wonderful international team led by Case Western Reserve University and UIUC in collaboration with colleagues from the University of Luxembourg, Marseilles University, and Umeå University, Sweden.
We identified intervalence plasmons in boron-doped diamond—a groundbreaking finding linking hole doping to plasmonic behavior in semiconductors. This opens new doors for quantum technologies. Out today in Nature Communications 👉 https://t.co/0AEuBYkm4y
Using advanced techniques like STEM-VEELS and near-field infrared spectroscopy, we probed low-energy excitations and demonstrated how boron doping induces plasmonic behavior through intervalence band transitions. This was a result of a large collaborative effort funded by NSF.
🔬✨ Join us at the Optical Manipulation and Applications Conference, part of @OpticaWorldwide’s Biophotonics Congress 📅 April 20–24, 2025, Coronado, CA. Submit by Dec 10! Learn more & submit #Photonics 👇👇https://t.co/aU3Q7auMaJ
Happy to share our latest research published in SMALL! We developed biosensing metasurfaces for detecting ultralow molecular weight analytes with high sensitivity. This was a great collaboration between @NLHT_Lab (ITA) @icmabCSIC (ESP), and @cwru (USA). https://t.co/Mt6VScsQW1
Had a terrific time at ESAX2024! The workshop on Chirality sparked interesting discussions. Chirality is truly an imperative in science and healthcare!