Optical, Bio-mimetic, and Brain-inspired biosensors
Plasmonics
3D printing (nanoscale optics)
Design optimization
Advancing Research Through Cross-disciplinary Integration
Curiosity driven “Multidisciplinary researcher at nanoscale” working actively in the following fields:
Optical materials and design
-- 3D printing, Plasmonics, Single-photon source, Semiconductor QDs, Energy structures
Sensors and smart health
-- (Brain-inspired, Bio-mimetic) designs, Healthcare, Agrifoods, and Environmental pollution
Biomaterials
-- Self-assembly, Peptide engineering, Bio-engineered devices/nanostructures
For more details of my research interests and current research activities, please go through the other sections of the website.
Selected Research Highlights
Featured Image and Editor's featured highlights in Nature Communications for 3D printing of multi-materials (plasmonics, photonics, printed electronics)
Featured Research highlights in Nature Electronics for 3D printing of metal nanostructures
Development of smart biosensor to analyze freshness condition of Peach fruit (Agriculture)
Development of K9-inspired smart biosensor to detect air pollutants in indoors (Environment)
Development of highly selective and sensitive multiarray biosensor to detect Lung cancer (Healthcare)
Fabrication of a true single bottom faceted NPOM nanocavity and rest being smoother surface
Fabrication of ultrathin, ultrasmooth (5 nm – 30 nm) thin metallic films (ex. Ag, Ge) without wetting layer or co-deposition
First 3D printing of plasmonic architectures with nano-gap arrangement and its optical properties
Optimization and selective design engineering of surface-coated protein/peptide for application-specific biosensors
Integrated simulation design/co-optimization: efficient optimization of nanostructures (plasmonic biosensor)