Research

SERS-active Biosensor

SERS-active biosensor utilize the surface-enhanced Raman scattering (SERS) phenomena on the nanoscale.
SERS is a powerful analytical technology for the detection of super-sensitivity of molecules and is used in various fields such as biomedicine, chemistry, and material science.
By using precious metal nanoparticles such as Ag, Au to amplify Raman signals, single molecules can be detected even in small amounts.

Secondary Batteries are batteries that potentially composed of reversible cell reaction that can be recharge.
Research on silicon anode materials for high-power / high-energy-density lithium ion batteries for EVs.
Electrochemical performance of silicon-based anodes can be improved by appropriately modifying the interfacial properties of the silicon surface.

Drug Delivery System(DDS) is a technique for enhancing the efficacy as well as reducing the side-effect of drugs.
DDS can offer enormous advantages over pristine form of natural drugs in terms of protecting the drugs from degradation in vivo, smart delivery to targeting area and controlled drug release.
Photocatalysis is a photo-induced chemical reaction by a semiconductor material without change under solar light irradiation.
Utilizing solar energy for the photocatalytic removal of organic pollutants presents a cost-effective and highly efficient solution to treat environmental pollution.

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