Seminar: Metasurface-Enhanced Optoelectronics by Prof. Roberto Paiella (BU)

Seminar: Metasurface-Enhanced Optoelectronics by Prof. Roberto Paiella (BU)

We are re-starting our in-person meeting series.

By Boston Chapter of IEEE Photonics Society

Date and time

Thursday, November 10, 2022 · 6 - 8pm EST

Location

Analog Devices, Inc. Hubble Auditorium

1 Analog Way Wilmington, MA 01887

About this event

Please respect our COVID-19 protocols

- Masking (except during eating) and full vaccination are highly recommended.

Schedule

11/10/22 (Th)

- 6:00 pm Networking

- 6:15 pm Light meals served

- 7:00 pm Seminar starts

Seminar Title: Metasurface-Enhanced Optoelectronics: Directional Light Emitters and Computational Image Sensors

Speaker: Prof. Roberto Paiella (Boston University)

Abstract: Plasmonic and dielectric metasurfaces have been widely investigated as a means to tailor the wavefronts of externally incident light for passive device applications. At the same time, their direct integration within active optoelectronic devices such as light emitters and photodetectors is far less established. In this talk, I will report the design and development of plasmonic metasurfaces that can promote directional light emission and angle-sensitive photodetection from a nearby active material. These results are significant for the continued miniaturization and large-scale integration of optoelectronic devices and related systems, and as a way to create new functionalities and enable novel applications. Specifically, the use of metasurface directional photodetectors for image sensing and processing will be presented, including the demonstration of lensless compound-eye vision with ultra-wide field of view, optical edge detection for computer vision, and phase-contrast imaging.

Bio: Roberto Paiella is a Professor of Electrical and Computer Engineering at Boston University with a joint appointment in the Division of Materials Science and Engineering, and a member of the BU Photonics Center. He received his BS and MS degrees from Columbia University and his PhD from Caltech. Prior to joining BU he worked as a postdoc at Bell Laboratories, Lucent Technologies. His research over the years has focused on the development and investigation of novel optoelectronic devices using bandgap engineering, plasmonics, and nanophotonics. He has served on multiple professional committees, including most recently as an editorial board member of Scientific Reports and CLEO 2022 program chair.

If you are attending this seminar in-person, please purchase a free ticket on this site to indicate your meal preference.

If you are attending online (Zoom) only, please register through the link below. https://us02web.zoom.us/webinar/register/WN_D1N0ob58TtuHAp8mD2S3cw

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