Currently available projects
Dewetting pattern formation and its exploitation for creating physical unclonable function (PUF) surfaces (Graduates / Undergraduates)
PVD/CVD thin film process optimization for PUF applications
Multiscale calculation of pattern formation: Density functional theory, molecular dynamics, kinetic Monte Carlo simulation
Developing deep learning-based authentication protocol
Developing smartphone or web applications for PUF-based authentication
2. Graphene-based physical unclonable function (PUF) (Graduates / Undergraduates)
CVD process optimization for PUF applications
Nanopatterning based on fluorescence quenching
Graphene enhanced Raman scattering,
Authentication via feature matching algorithm
3. Metal film patterning via solid-state dewetting (Graduates / Undergraduates)
Epitaxial film growth using PVD
Photolithography and thermal annealing
Fabrication and characterization of thin film transistors
Kinetic Monte Carlo simulation
4. Growth of Cu thin films for electrocatalysis (Undergraduates)
Epitaxial film growth using PVD
Structural and morphological characterization using AFM, XRD, and EBSD
DFT calculation
Contact me at jpye@inha.ac.kr if you are interested in the projects.