This article discusses optically active nanomaterials and their optical biosensing
applications. In addition to enhancing their sensitivity, these nanomaterials also increase …

Zeolites are an emerging class of crystalline, nanoporous, inorganic material with regular
micropores and highly tunable functionalities. Zeolites have been proposed as ideal …

Micromechanical cantilever sensors are attracting a lot of attention because of the need for
characterizing, detecting, and monitoring chemical and physical properties, as well as …

With the anticipation for a more connected world through the Internet of Things, there is still a
strong demand for miniaturized chemical sensors. Here, we report on a miniaturized …

The exceptional point (EP), a non-Hermitian degeneracy at which eigenvalues and
eigenvectors coalesce simultaneously, is investigated in mechanical oscillators involving a …

Geometry greatly affects performances in adsorption and catalytic reactions. Since the
crystal structure of zeolite collapses at high temperature, it is difficult to synthesize hollow …

We demonstrate a resonant gas sensor uniformly coated with a metal-organic framework
(MOF) and excited near the second vibration mode for enhanced sensitivity. The possibility …

The impetus of this research is to numerically investigate a measurement method for out-of-
plane motion detection in an encapsulated electrostatic MEMS gyroscope. This method is …

This review explores the development of microchip-based nanocalorimeters for small scale
and high rate thermal measurements. Nanocalorimetry is a growing field of importance …

In the present paper, a highly selective and sensitive fluorescent biosensor based on poly
(azomethine-urethane) and zeolite for the determination of DNA molecules was developed …