Nanophotonics and Micro/Nano Optics International Conference 2026 NANOP 2026: Functional Nanophotonics After tremendous endeavors, Nanophotonics has already departed from its infancy and stepped into an exciting era, where research ideas and theoretical concepts are being vigorously transferred into functional devices and real-life applications. The 8th edition of the NANOP conference identifies the successful development of Functional Nanophotonics over the last decades as well as outlines upcoming research directions and topics, offering a vibrant platform for scientists to discuss, share, and fantasize. This conference will gather an excellent group of Plenary speakers from different topics and will be held in Paris on October 5-7, 2026. The target is to set up one of the most attractive international annual gatherings of experts from all around the world, in order for them to exchange about their latest research results and share their ideas. Submit your work through a systematic abstract management system and join us to attend to high quality presentations.The Nanophotonics and Micro/Nano Optics International Conference is an annual gathering with the following objectives:• Attract high quality papers in different subfields.• Offer the opportunity to be updated on the latest research outputs on several Nanophotonics and Micro/Nano Optics topics.• Organize specific workshops around the most attractive and current issues.• Gather worldwide experts as conference speakers. TOPICS Photonic & plasmonic nanomaterials Optics and transport on 2D materials Metamaterials and metasurfaces All dielectric nanophotonics NanoAntennas Strong light-matter interactions at the nanoscale Quantum nano-optics Nano-Optomechanics Nano-optical trapping Quantum dots and colour centres Enhanced spectroscopies Optical sensing Electron beams for nanophotonics Bottom-up approach enabled nanophotonics Nanoscale photothermal effects Hot Electrons Nonlinear & ultrafast nano-optics Advanced imaging Topological photonics & Non-reciprocal nano-optic Inverse design in photonics