Vincenzo Galdi

Professor, Fields & Waves Lab, Department of Engineering, University of Sannio | Founder and Senior Scientist, MANTID srl, BIOTAG srl.

[Vincenzo Galdi @vgaldi70]

@NaderEngheta Happy Nowruz Nader!

[Vincenzo Galdi @vgaldi70]

@NaderEngheta Congratulations!

[Vincenzo Galdi @vgaldi70]

@NaderEngheta @NPeppas Congratulations!

[TechXplore @TechXplore_com]

Study highlights the vulnerabilities of #metasurface-based wireless communication systems @NatureElectron https://t.co/GTCmHNGzIG https://t.co/2YKwLkvG5f

[Vincenzo Galdi @vgaldi70]

Thrilled to share our latest paper on metasurface-enabled smart wireless attacks at the physical layer, in collaboration with Profs. Lianlin Li (Peking University) and Tie Jun Cui (Southeast University), published with @SpringerNature in @NatureElectron.

https://t.co/FTbzAtXFLu

[Vincenzo Galdi @vgaldi70]

Multiple postdoc openings in our Group. Research topics include: metamaterials for MRI, multi-resonant metasurfaces for enhanced IR spectroscopy, and smart propagation environments. DM/email if interested.

https://t.co/CDMY3p9r0z

[Vincenzo Galdi @vgaldi70]

Check out our latest paper that just appeared in the @ieeetap. We introduce a rigorous full-wave modal analysis for line waveguides with arbitrary anisotropic surface impedances. Great collaboration with Sapienza University and CNR-IMM.
https://t.co/yvUujdbkq6

[ACS Photonics @ACSPhotonics]

New study by Vincenzo Galdi’s group @vgaldi70 and Andrea Alù @andrea_alu unveils the existence of ‘ghost line waves' in flat optics. These highly localized waves combine propagating & evanescent wave traits, opening doors for nanoscale light control⤵️
https://t.co/5STBIDeguQ

[Vincenzo Galdi @vgaldi70]

In our latest paper that just appeared in @ACSPhotonics, we show the existence of “ghost line waves” in anisotropic-isotropic metasurface junctions. Another great collaboration with @andrea_alu.

https://t.co/5cvjf31BrK

[Vincenzo Galdi @vgaldi70]

Excited to announce the release of the #OPG_OpEx @OpticaPubsGroup Feature Issue on Non-Hermitian Optics and Photonics that I have guest-edited alongside with Guru Naik, Yidong Chong, Henry Everitt and Mercedeh Khajavikhan. Check it out here: https://t.co/E3YpeXSQl5

[Vincenzo Galdi @vgaldi70]

@NaderEngheta Congratulations Nader!

[Vincenzo Galdi @vgaldi70]

Check out our latest paper in Advanced Optical Materials @AdvOpticalMat, in collaboration with Andrea Alù @andrea_alu, exploring a novel mechanism for in-plane radiation in low-dimensional materials using leaky waves.
https://t.co/7DPlaWeiT4

[Nader Engheta @NaderEngheta]

My perspective article on 4D optics was published in Science today. For details, please see: N. Engheta, "Four-dimensional optics using time-varying metamaterials" Science, 379 (6638), pp. 1190-1191, March 24, 2023: https://t.co/hOeqOnezTE

[Vincenzo Galdi @vgaldi70]

@NaderEngheta Happy Nowruz!

[Vincenzo Galdi @vgaldi70]

@ABoltasseva @OpticaWorldwide Congratulations! Very well deserved.

[Vincenzo Galdi @vgaldi70]

In our latest paper that just appeared in @Nanophotonics_J, we show that temporal anisotropy can be harnessed to attain spin-controlled photonic operations. Great collaboration with Carlo Rizza.

https://t.co/p985pxEa3O

[Vincenzo Galdi @vgaldi70]

@NaderEngheta That is great! Congratulations

[Vincenzo Galdi @vgaldi70]

Check out my research highlight on “New wireless architectures based on information metasurfaces” that just appeared in National Science Review
@NSR_Family

https://t.co/bW5Ar8ajUn

[Vincenzo Galdi @vgaldi70]

Pleased to share our latest paper on “Multiple actions of time-resolved short-pulsed metamaterials” that just came out in Applied Physics Letters @AIP_Publishing.
Great collaboration with Carlo Rizza and @NaderEngheta.

https://t.co/fcMTF733P5

[Vincenzo Galdi @vgaldi70]

The call for nominations for the 2023 EurAAP Leopold B. Felsen Award for Excellence in Electrodynamics is open. Deadline: January 31, 2023.
More details at: https://t.co/St8uc1pVwf