💡 When atoms are not small enough! 📖 Read the recent paper on sharp optical resonances arising from permittivity asymmetries in metasurfaces by Rodrigo Berté, Weber, Menezes, Fedja J. Wendisch, Andreas Tittl, Kivshar, Maier et al. Universität München 👉 go.acs.org/4qK

😍Finally online 💻 and 🔓open access! A review based on our long-lasting collaboration lead by Andrea Bragas 💚 on nanomechanics 🔊⚙️ of plasmonic 💡nanoantennas 📡with Hilario Boggiano Gustavo Grinblat Rodrigo Berté and us in Munich 🇩🇪🇦🇷🇧🇷 Have a look in here: opg.optica.org/josab/fulltext…

🙌😉Today in Nature Photonics we show a SiC membrane platform with controllable orbital-angular-momentum (OAM) of surface phonon polaritons at mid-infrared frequencies 💡⭕️🎯 Beautiful work by Andrea Mancini & Lin + Rodrigo Berté, Stefan, Haoran Ren. Check here: nature.com/articles/s4156…

We should be honest about it more often

New @openaccess article online: Multiplication of the orbital angular momentum of phonon polaritons via sublinear dispersion. go.nature.com/3wptyR6

💫 Passionate about spectroscopy and nanophotonics? We have a Postdoc position at our Chair in Hybrid Nanosystems Universität München to start asap! Details below and DM if you want more info! RT also appreciated :)

Waiting 4 months for a superficial and unsubstantiated peer-review rejection (reviewer #2, ofc...) should not be normal. Reviewer #1 really liked the paper.

Feeling static during the summer months? We show how you can dynamically control resonances on millisecond timescales by combining permittivity-asymmetric BIC metasurfaces and electrochromic polymers. Out now in Nature Communications: nature.com/articles/s4146…

Giving it a go bsky.app/profile/rodrig…

Our tailored ultrafast resonances in an unpatterned Si thin film is finally out in LightSciAppl ! 💡🔦⚖️🪞 Think of a visible-to-mid IR resonance... it is there. Kudos to all authors: Thomas Possmayer, Andreas Tittl, Leo Menezes and Stefan Maier!

Check out the LMU press release about our recent paper on all-optical resonance generation in unstructured silicon films: lmu.de/en/newsroom/ne…