Reasearch Interests
Surface
Functionalization
Applications
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Sensor interfaces – introduce selective binding sites for chemical or biosensors.
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Adhesion control – enhance bonding between polymer layers
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Protective coatings – add hydrophobic, anti-corrosion, or UV-resistant surfaces.
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Microelectronics – pattern functional layers in photoresists or insulating films.
Controlled Thermolysis
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TGA measurements of various substituents demonstrate precise control of thermally activated polymer reactivity.
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This approach can be applied to advanced post-polymer modification, patterned surface coatings, and thermoresponsive material development.
Applications
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Nanopatterning Templates – Self-assembled nanowires, dots, and pores for next-generation lithography.
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Semiconductor Photoresists – Block copolymer patterning for nanoscale, high-resolution device fabrication.
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Metal Nanostructures – Ordered metallic arrays for nanoelectronics and magnetic materials.
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Optoelectronic Films – Patterned PDI layers for electrochromic and photonic devices.
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Nanoporous Membranes – UV/chemically cleavable films with tunable pores for filtration and catalysis.
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Hybrid Interfaces – Organic–inorganic patterns for advanced microelectronics and energy systems.
Pattern Formation
TEMPO-Based FRIPS Reagent
Applications
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Proteomics – High-accuracy peptide sequencing for complex protein analysis.
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Biopharmaceutical Analysis – Characterization of therapeutic proteins and antibodies.
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Mass Spectrometry Reagents – Radical-based labeling reagents for advanced MS techniques.
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PTM Studies – Identification of phosphorylation or methylation sites in proteins.
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Biomedical Diagnostics – Precise detection of protein biomarkers in clinical samples.
Group photo
