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Our research is mainly concerned with different aspects of (bio)chemical sensing (e.g. using MEMS or optical devices), and with non-crystalline materials (e.g. glasses), understanding their physical properties in terms of their atomic structure and defects. The approach is multidisciplinary, covering solid-state chemistry, physics and materials science. Areas of interest include:
Microcantilever sensors for ultra-sensitive detection of chemical and biological analytes.
Optical sensors, including evanescent-waveguide sensors, SERS using holographic substrates.
Computer simulation of the atomic structure and vibrational dynamics of disordered materials.
Ab-initio computer simulation of phase transformations and optically-induced metastabilities in glasses, e.g. used in phase-change memories (Flash replacement).
Experimental study of optically-induced changes in glasses, with applications in the fields of optical- waveguides and chemical sensors, data storage and all-optical actuation.
Microcantilever sensors for ultra-sensitive detection of chemical and biological analytes.
Optical sensors, including evanescent-waveguide sensors, SERS using holographic substrates.
Computer simulation of the atomic structure and vibrational dynamics of disordered materials.
Ab-initio computer simulation of phase transformations and optically-induced metastabilities in glasses, e.g. used in phase-change memories (Flash replacement).
Experimental study of optically-induced changes in glasses, with applications in the fields of optical- waveguides and chemical sensors, data storage and all-optical actuation.
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JOURNAL OF RAMAN SPECTROSCOPYno. 2 (2024): 287-298
Journal of Non-Crystalline Solids: X (2023): 100192-100192
Nature communicationsno. 1 (2023): 6095-6095
ADVANCED MATERIALS (2023)
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