24–29 May 2020 Postponed
America/Vancouver timezone

Artificial Material Composites for Potential Sensor Applications

25 May 2020, 16:00
7h 58m
Poster Sensors: Light-based detectors Poster

Speaker

Klaus Dehmelt (Stony Brook University USA)

Description

Artificially structured composites, also known as meta-materials can emerge with unusual electromagnetic (em) properties. Owing to Transformation Optics (TO) a variety of em-devices with extraordinary pre-designed functions can be defined. As the development of meta-materials progresses, many novel em-devices designed with TO have been experimentally demonstrated and used in specific applications.
One of the potential applications is to utilize the Cherenkov effect by means of manipulating the radiator medium. One of the media's desired property is to anomalously and largely tune light scattering in an ultra-compact volume and concurrently achieve excellent performance. As a consequence, small volumes might be exploited and relatively cheaply and with small efforts implemented. However, a variety of challenges have to be controlled and extensive R&D must be conducted to realize such implementation. In this presentation, we will discuss the challenges and possible realizations.

Primary author

Klaus Dehmelt (Stony Brook University USA)

Co-authors

Abhay Deshpande (Stony Brook University) Adithya Gungi (Stony Brook University) Prof. Axel Drees (Stony Brook University) Prakhar Garg (Stony Brook University) Thomas Hemmick

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