Optically addressable field effect nano-environments for chemical imaging

• An optically addressable field effect device Incorporating functionalized nano-environments is demonstrated for the generation of multiple response signatures of a same analyte-sensing material combination. The device can operate unsupervised and different response mechanism can be simultaneously tested and incorporated in a multidimensional response. This proof of concept explores the well-known Pd-H-2 case, while the concept is a breadboard for chemical imaging experiments.

Nyckelord

field effect chemical sensing; chemical images; scanning light pulse technique; suspended gate devices; optical chemical sensors

TECHNOLOGY

TEKNIKVETENSKAP

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