Optica Publishing Group(@OpticaPubsGroup) 's Twitter Profile Photo

Volume 13 Issue 6 of is now live: ow.ly/6QVg50OC3ny

The cover image shows topological interface propagation in photonic crystals. For details, see F. Tian et al., ow.ly/LYQk50OC3nz

Volume 13 Issue 6 of #OPG_OMEx is now live: ow.ly/6QVg50OC3ny

The cover image shows topological interface propagation in photonic crystals. For details, see F. Tian et al., ow.ly/LYQk50OC3nz
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Neil Gerardo-MRX Chairman-ID#32140089(@NeilGerardo) 's Twitter Profile Photo

ow.ly/J4ey50KlZbs
This upcoming Feature Issue will highlight recent advances in designing photonics for harsh environments such as space, vacuums, high pressures, extreme temperatures, and supersonic/hypersonic speeds.
Submissions open 01 September.

ow.ly/J4ey50KlZbs
This upcoming #OPG_OMEx Feature Issue will highlight recent advances in designing photonics for harsh environments such as space, vacuums, high pressures, extreme temperatures, and supersonic/hypersonic speeds.
Submissions open 01 September.
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Antonio Hurtado Lab(@AHurtadoLab) 's Twitter Profile Photo

Feature Issue on 'Emerging Optical Materials, Devices and Systems for Photonic Neuromorphic Computing' in by Optica Publishing Group. Submissions open Nov, 1st 2021.
Antonio Hurtado Lab Bhavin J. Shastri B. Romeira, Z. Chen, S. Buckley
For more details see:
osapublishing.org/ome/journal/om…

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Optica Publishing Group(@OpticaPubsGroup) 's Twitter Profile Photo

This Feature Issue will highlight recent advances and future perspectives on traditional and emerging reconfigurable photonic platforms from a materials, device, and circuit level perspective.

Submit your paper by 1 July: ow.ly/39sy50Ow4Mb

This #OPG_OMEx Feature Issue will highlight recent advances and future perspectives on traditional and emerging reconfigurable photonic platforms from a materials, device, and circuit level perspective.

Submit your paper by 1 July: ow.ly/39sy50Ow4Mb
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Antonio Hurtado Lab(@AHurtadoLab) 's Twitter Profile Photo

Submissions open Nov, 1st 2021. Feature Issue on 'Emerging Optical Materials, Devices and Systems for Photonic Neuromorphic Computing' in by Optica Publishing Group
Antonio Hurtado Lab, Bhavin J. Shastri, B. Romeira, Z. Chen, S. Buckley
For more details see:
osapublishing.org/ome/journal/om…

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Optica Publishing Group(@OpticaPubsGroup) 's Twitter Profile Photo

In honor of the United Nations declaring 2022 the International Year of Glass, this newly published Feature Issue in highlights processing, characterization/metrology, and applications where glass has changed our world.

View all the Feature Issue papers: ow.ly/qcrl50MaG3K

In honor of the @UN declaring 2022 the International Year of Glass, this newly published Feature Issue in #OPG_OMEx highlights processing, characterization/metrology, and applications where glass has changed our world.

View all the Feature Issue papers: ow.ly/qcrl50MaG3K
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Optica Publishing Group(@OpticaPubsGroup) 's Twitter Profile Photo

An Editors' Pick via : Thermally switchable, bifunctional, scalable, mid-infrared metasurfaces with VO2 grids capable of versatile polarization manipulation and asymmetric transmission ow.ly/Ur1B50M9ZPb

An Editors' Pick via #OPG_OMEx: Thermally switchable, bifunctional, scalable, mid-infrared metasurfaces with VO2 grids capable of versatile polarization manipulation and asymmetric transmission ow.ly/Ur1B50M9ZPb #PolarizationControl #Metamaterials
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Optica(@OpticaWorldwide) 's Twitter Profile Photo

A Zhejiang University team has demonstrated a transparent, flexible silver mesh that efficiently shields electromagnetic interference while also allowing for high-quality wireless optical communication - ow.ly/q0te50MAr0j

Published in

A Zhejiang University team has demonstrated a transparent, flexible silver mesh that efficiently shields electromagnetic interference while also allowing for high-quality wireless optical communication - ow.ly/q0te50MAr0j  

Published in #OPG_OMEx #OpticalCommunications
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Optica Publishing Group(@OpticaPubsGroup) 's Twitter Profile Photo

An Editors’ Pick via : Lasing chirality control of thin-film defect-mode lasers based on cholesteric liquid crystal polymer mirrors ow.ly/crtV50OGXjE

An Editors’ Pick via #OPG_OMEx: Lasing chirality control of thin-film defect-mode lasers based on cholesteric liquid crystal polymer mirrors ow.ly/crtV50OGXjE #BraggReflectors
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Optica(@OpticaWorldwide) 's Twitter Profile Photo

A McGill University team shows how the shells of diatoms help them perform photosynthesis, which can lead to improved solar cells - ow.ly/18Wa50LL5f0

The team combined microscopy & simulation to determine how light interacts with the shells from the moment it's captured.

A @mcgillu team shows how the shells of diatoms help them perform photosynthesis, which can lead to improved solar cells - ow.ly/18Wa50LL5f0

The team combined microscopy & simulation to determine how light interacts with the shells from the moment it's captured.

#OPG_OMEx
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Optica Publishing Group(@OpticaPubsGroup) 's Twitter Profile Photo

This feature issue aims to explore this fast-moving field and will highlight recent advances in modern magneto-optics or magnetophotonics, including materials, nanophotonic structures, and applications. Submit by 01 November. ow.ly/YwRx50GtrXm

This #OPG_OMEx feature issue aims to explore this fast-moving field and will highlight recent advances in modern magneto-optics or magnetophotonics, including materials, nanophotonic structures, and applications. Submit by 01 November.  ow.ly/YwRx50GtrXm
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Antonio Hurtado Lab(@AHurtadoLab) 's Twitter Profile Photo

SUBMISSIONS OPEN UNTIL 1 DECEMBER! Feature Issue on 'Emerging Optical Materials, Devices and Systems for Photonic Neuromorphic Computing' in by Optica Publishing Group
Antonio Hurtado Lab, Bhavin J. Shastri, B. Romeira, Z. Chen, S. Buckley
For more details:
osapublishing.org/ome/journal/om…

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