Now published in #OPG_OMEx: This Feature Issue highlights recent advances in low-dimensional optical materials, hybrid nanostructures, and photonic platforms.
Explore the broad range of emerging topics: https://bit.ly/4jiQxTS
@opg.optica.org
@opg.optica.orgNow published in #OPG_OMEx: This Feature Issue highlights recent advances in low-dimensional optical materials, hybrid nanostructures, and photonic platforms.
Explore the broad range of emerging topics: https://bit.ly/4jiQxTS
@opg.optica.orgAn Editors' Pick via #OPG_OMEx: Phase-change materials and the application in rewritable optical discs for future optical device designs [Invited] https://bit.ly/47Be4YT #OpticalDataStorage #HighPowerLasers @aist-jp.bsky.social 💡⚛️
@opg.optica.orgCall for Papers: #OPG_OMEx welcomes submissions to a Feature Issue on novel optical materials, covering research from UV to terahertz, including bioinspired optics, tunable materials, quantum and nanoscale photonics, advanced fabrication and sustainable materials. https://bit.ly/4zaiUYY
@opg.optica.orgVolume 16 Issue 10 of #OPG_OMEx is now live: https://bit.ly/3TjYs8W
The cover compares a conventional metasurface antenna with a fully photonic antenna that guides and radiates waves without printed metal patterns.
See Tripon-Canseliet et al.: https://bit.ly/4xWhYXi
@opg.optica.orgVia #OPG_OMEx: Moving forward with multilayer metastructures - simple design of complex optics [Invited] https://bit.ly/4yZCNSp #InverseDesign #MultilayerOptics 💡⚛️
@opg.optica.orgVia #OPG_OMEx: Highly directional microwave radiation modulated by 1D defect-mode photonic crystals https://bit.ly/4A4ICiO #PhotonicCrystals #SpatialFiltering💡⚛️
@opg.optica.orgAn Editors' Pick via #OPG_OMEx: Noise-assisted ultracompact full-Stokes polarimetry https://bit.ly/4gSkZkL #RemoteSesnsing #QuantumInformation 💡⚛️
@opg.optica.orgVia #OPG_OMEx: From periodicity to quasiperiodicity in modified-Fibonacci photonic time crystals [Invited] https://bit.ly/4gLn8yK #SpectralProperties #Modulation 💡⚛️
