Via #OPG_Optica: Inverse scattering of absorptive samples via beam propagation https://bit.ly/4j31fOh #NeuralNetworks #TissueImaging @utaustin.bsky.social 💡⚛️
@opg.optica.org
@opg.optica.orgVia #OPG_Optica: Inverse scattering of absorptive samples via beam propagation https://bit.ly/4j31fOh #NeuralNetworks #TissueImaging @utaustin.bsky.social 💡⚛️
@opg.optica.orgVia #OPG_Optica: Sub-nanojoule ultrafast optical Kerr gating at 1 GHz repetition rates using multilayer graphene and thin graphite films https://bit.ly/4yZDon7 #UltrafastOptics #ThinFilms 💡🧪
@opg.optica.orgVia #OPG_Optica: Transparent and mechanically flexible wafer-scale silicon-photonics fabrication platform https://bit.ly/4hiV1Zl #OpticalComponents #WearableSensors @mit.edu 💡⚛️
@opg.optica.orgVia #OPG_Optica: Universal and quantitative statistical approach to retrieve X-ray directional dark-field using a single exposure https://bit.ly/4yROieO #XRayImaging #ModulationTechniques @ugrenoblealpes.bsky.social 💡⚛️
@opg.optica.orgVia #OPG_Optica: Plasmonic color nanoprinting: from trimer to quasi-freeform aluminum voids https://bit.ly/3TnO2VJ #PlasmonicDevice #Nanoprinting 💡⚛️
@opg.optica.orgVolume 13 Issue 9 of #OPG_Optica is now live: https://bit.ly/4gWWsMM
The cover illustrates a gas-phase volume diffraction grating formed by two interfering ultraviolet lasers in an ozone-doped gas flow.
See details at Ou et al.: https://bit.ly/4Aq1itK
@opg.optica.orgVia #OPG_Optica: Scalable joint X-ray nano-holotomography reconstruction with the bilinear Hessian method https://opg.optica.org/optica/fulltext.cfm?uri=optica-13-9-1814 #PhaseContrastImaging #SpatialResolution💡⚛️
@opg.optica.orgVia #OPG_Optica: Single-shot phase-contrast computed tomography for multi-material samples https://bit.ly/4gGYHSP #XRayImaging #BiomedicalImaging @ucl.ac.uk 💡⚛️
@opg.optica.org⏰This Friday! Join us for our next free Light Conversations webinar with #OPG_Optica author Tara M. Fortier. She’ll discuss advances in optical clocks and precision measurement—and what they could mean for the future of timekeeping.
Register now: https://bit.ly/4hqZVUq
@opg.optica.orgVia #OPG_Optica: Integrated bright source of polarization-entangled photons using lithium niobate photonic chips https://bit.ly/4qZmbrf #QuantumComputation #QuantumPhotonics 💡⚛️
@opg.optica.orgVia #OPG_Optica: Fluorescence-dynamics-guided spatiotemporal background correction for high-fidelity super-resolution optical fluctuation imaging https://bit.ly/4yinfce #SuperResolutionMicroscopy #FluorescenceMicroscopy 💡⚛️
