#spatiallightmodulators search results

For #SpotlightSunday view this Spotlight Summary by Íñigo J. Sola of Single-cycle pulse compression with over 20-fold peak power enhancement at an average power of 13.5 W bit.ly/4nUoc5M #SpatialLightModulators #PulseCompression @UCAS1978

An Editors' Pick via #OPG_OL: Scanning quantitative shear interference microscopy bit.ly/3Kd29rO #PhaseRecovery #SpatialLightModulators

This week, Polar welcomed a new customer: Silicon Light Machines. They are a leading designer and producer of high-performance #SpatialLightModulators using their advanced GLV & PLV #MEMS technology. #PolarSemiconductor #Semiconductor #SemiconductorIndustry #Collaboration

Via #OPG_OL: Evaluation of a photonic lantern spatial demultiplexer-based receiver for optical communication bit.ly/4bqFeCW #CouplingEfficiency #SpatialLightModulators @thalesgroup

Via #OPG_OpticaQ: Fast and reliable atom transport by optical tweezers bit.ly/4hPs98E #GaussianBeams #SpatialLightModulators @kaistpr

An Editors' Pick via #OPG_OpEx: Orthonormalization of phase-only basis functions bit.ly/40MMDrz #SpatialLightModulators #FreeSpaceOptics

Via #OPG_Optica: High-speed three-dimensional random access scanning with a linear SLM bit.ly/3VPMSjC #VolumetricImaging #SpatialLightModulators @ChariteBerlin

Via #OPG_AO: Neural-radiance-fields-based holography [Invited] bit.ly/3Bto9uo #SpatialLightModulators #PointClouds @Chiba_Univ_PR

Via #OPG_OpticaQ: Coherent transfer of the higher-order polarization state of photons to the spin structure state of electrons in a semiconductor bit.ly/4ej3aZm #QuantumInformation #SpatialLightModulators @Chiba_Univ_PR

Via #OPG_OPTCON: Design framework of a computer-generated hologram that performs volumetric beam shaping for advanced laser processing bit.ly/3yjy4BA #BeamShaping #SpatialLightModulators

An Editors' Pick via #OPG_OpEx: Time-domain vector ptychography ow.ly/ruBI50StJA7 #SpatialLightModulators #UltrafastLasers @unibern

Our SLMs are matched only by our customer service. Speak with one of our Solutions Team members to see how we can build your new favorite research tool. Get details here: buff.ly/3RALbEO #spatiallightmodulators #opticsresearch #meadowlarkoptics

This conference focuses on technologies and techniques for patterning light in the awake, behaving brain to further neuroscience and interconnected fields. Get SLB info here: buff.ly/3VgofMc #SLB #neuroscience #spatiallightmodulators #meadowlarkoptics

An Editors' Pick via #OPG_OL: Deep learning denoising diffusion probabilistic model applied to holographic data synthesis ow.ly/mA5X50Qy5Nf #Holography #SpatialLightModulators

This spectroscopy discoveries recap has great things to unpack... bit.ly/46FoSDO. If you have questions about optical components to use in your own spectroscopy setups, we're here to help! #spectroscopy #spatiallightmodulators #meadowlarkoptics

A spatial light modulator (SLM) is used for a variety of applications, including making holograms and laser displays. Meadowlark offers standard, high-speed, and ultra-high-speed SLMs. See the selection guide: meadowlark.com/spatial-light-… #spatiallightmodulators #meadowlarkoptics

New setup? You have enough to do when designing your project - let us take the worry out of designing some of your systems. Check them out here, and if you don't see what you want, let us know! bit.ly/3tsIVCX #spatiallightmodulators #opticsinnovation #meadowlarkoptics

There are many uses for an SLM - check out the references at the link below, courtesy of Meadowlark Optics. And feel free to reach out to meadowlark.com/contact-us/ with your questions! bit.ly/3dwKAD7 #spatiallightmodulators #appnote #meadowlarkoptics

Visit @holoeye at SPIE Sensors + Imaging show in Berlin. Let's have a talk at booth # 410, where we present optical #SpatialLightModulators (#SLM), #DiffractiveOpticalElements (#DOE), and #LiquidCrystalonSilicon (#LCoS) #Microdisplays. #HOLOEYE || #photonics || #DigitalOptics

An Editors' Pick via #OPG_OL: Scanning quantitative shear interference microscopy bit.ly/3Kd29rO #PhaseRecovery #SpatialLightModulators

Enjoy #freeaccess to issue 101 of Photoniques! The first of two international issues in English this year. Articles include THz technologies, a biography of Gustav Mie and a buyer's guide to #SpatialLightModulators. bit.ly/2zBvQOZ @europeanoptics @sfoptique @NicolasBonod

Le n° 101 de Photoniques est paru ! Découvrez les nouveaux articles en anglais sur les technologies THz ainsi que la vie de Gustav Mie et un guide d'achat #SpatialLightModulators. bit.ly/2zBvQOZ @europeanoptics @sfoptique @EDPSciences @NicolasBonod #freeaccess

For #SpotlightSunday view this Spotlight Summary by Íñigo J. Sola of Single-cycle pulse compression with over 20-fold peak power enhancement at an average power of 13.5 W bit.ly/4nUoc5M #SpatialLightModulators #PulseCompression @UCAS1978

An Editors' Pick from #OSA_AO: Single ultra-high-definition spatial light modulator enabling highly efficient generation of fully structured vector beams ow.ly/MBqm50vHcrV #VectorBeams #SpatialLightModulators

An Editors' Pick via #OSA_OL: Measuring the spatial deformation of a liquid-crystal on silicon display with a self-interference effect ow.ly/LqKD50B1DWy #SpatialLightModulators @UniversidadMH

An Editors' Pick via #OPG_OpEx: Time-domain vector ptychography ow.ly/ruBI50StJA7 #SpatialLightModulators #UltrafastLasers @unibern

Via #OPG_AO: Neural-radiance-fields-based holography [Invited] bit.ly/3Bto9uo #SpatialLightModulators #PointClouds @Chiba_Univ_PR

Via #OPG_Optica: High-speed three-dimensional random access scanning with a linear SLM bit.ly/3VPMSjC #VolumetricImaging #SpatialLightModulators @ChariteBerlin

A Discussion paper from #OSA_JOSA_A: Study of electric fields of diffraction from spatial light modulator: discussion ow.ly/cJpk50wAD6J #Diffraction #SpatialLightModulators @iitdelhi

Via #OPG_OpticaQ: Fast and reliable atom transport by optical tweezers bit.ly/4hPs98E #GaussianBeams #SpatialLightModulators @kaistpr

An Editors' Pick via #OPG_OpEx: Orthonormalization of phase-only basis functions bit.ly/40MMDrz #SpatialLightModulators #FreeSpaceOptics

Via #OPG_OL: Evaluation of a photonic lantern spatial demultiplexer-based receiver for optical communication bit.ly/4bqFeCW #CouplingEfficiency #SpatialLightModulators @thalesgroup

Via #OPG_OPTCON: Design framework of a computer-generated hologram that performs volumetric beam shaping for advanced laser processing bit.ly/3yjy4BA #BeamShaping #SpatialLightModulators

Via #OPG_OpticaQ: Coherent transfer of the higher-order polarization state of photons to the spin structure state of electrons in a semiconductor bit.ly/4ej3aZm #QuantumInformation #SpatialLightModulators @Chiba_Univ_PR

An Editors' Pick via #OPG_OL: Deep learning denoising diffusion probabilistic model applied to holographic data synthesis ow.ly/mA5X50Qy5Nf #Holography #SpatialLightModulators

Our new technology using two-photon excitation #fluorescence microscopes equipped with our #spatiallightmodulators improves aberration correction allowing for higher resolution observation of biological samples. Learn more @ hamamatsu.com/us/en/news/pro… #brainfunctions #microscopy

Hamamatsu's spatial light modulators are getting smaller! Come and see for yourself at FIO booth 113. Learn more about this product line at bit.ly/2m2GNlR #SpatialLightModulators #FiO19

Research using SLMs for your reference: bit.ly/3bLaimr Questions about how an SLM might apply to your work? Send us a message at meadowlark.com/contact. #spatiallightmodulators #generalmicroscopy #meadowlarkoptics

There are many uses for an SLM - check out the references at the link below, courtesy of Meadowlark Optics. And feel free to reach out to meadowlark.com/contact-us/ with your questions! bit.ly/3dwKAD7 #spatiallightmodulators #appnote #meadowlarkoptics