Researchers at NIST, @JQINews and @UMBC have developed a more stable version of tiny “rulers for light” known as microcombs, promising to increase the portability of the technology for applications such as better radar. Learn more from @OpticaPubsGroup: https://t.co/0Io6nnFPKc
New paper in @PhysRevLett (my first!) explores a new parametric all-optical locking tool for Kerr frequency combs beyond the DKS freq. grid, adding flexibility for their stabilization
https://t.co/iZuKYgktu5
Just published in @aplphotonics - All-optical azimuthal trapping of dissipative Kerr multi-solitons for relative noise suppression | APL Photonics | AIP Publishing https://t.co/8xepu2SiuQ
Do you like frequency combs ⭕️🌈, waffles 🧇, chocolates 🍫, beers 🍻, medieval castles 🏰, boats ⛵️, and museums 🖼️? Look no further and come to our workshop in Ghent (Belgium) on Sep. 9-10! 🇧🇪🇪🇺
📢 Registration is open: https://t.co/BCq5KdErgs
Feel free to retweet! 🙏😍
For once I won’t make it to @CLEOConf (long overdue vacations!), but the lab has a lot going on with a busy schedule for lab members and collaborators. Come and check out their work!
After a successful first edition, I'm excited to announce that @sisseleo, @BartKuyken, and I are organizing the second edition of our workshop on Frequency Combs⭕️🌈 in Ghent!
Registrations are open; for more information: https://t.co/dochdeIrSx
Hope to see you there 😍 RT 🙏
to go along with the paper, NIST put together this summary with a super nice illustration which summarizes the new kind of comb
https://t.co/pP9ErabIC1
I'm super excited that our work is just out on parametric cavity soliton generation in a pure χ3 medium! I'm really happy to have helped a bit this collaboration with @sisseleo@Nico_Englebert Julien and @MErkintalo , https://t.co/EBXzwIshlR