Abstract
Advancements in nanomaterials and enhancement in fabrication techniques have made it possible for nanosensors and nanotechnology to reach a wide spectrum of applications. This review briefs the broader aspects of physical, chemical, optical, and biological sensors and their fabrication methods. The types of nanosensors mentioned in the article are used to detect specific characteristics over several applications varying from biological and chemical to automotive and aerospace industries. This study provides an overview of present nanosensor technologies, and it also gives the reader an idea of what the future beholds for this crucial segment of nanotechnology. The study also provides an overview of the findings achieved in the use-specific detections that vary from existing processes.
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