Heterogeneous catalysis for high temperature and pressure conversion of pollutant gases (CO2, CO, etc,) to add-value liquid petrochemical products production and Power-to- X applications.
Biomedical applications (light cancer therapy, drug delivery, etc).
Solar energy conversion and green hydrogen generation.
Optical and nanophotonic applications of carbon nanostructures.
Nanostructured conductive Carbon and polymer materials for inkjet and laser printed 2D and 3D wearable (Flexible) electronics devices and IoT applications.
Photocatalytic degradation of water pollutants under solar and visible light.
Nanoporous and core-shell materials for sensing, adsorption, and drug delivery.
Organic Chemistry
Computational Chemistry
Biotechnology
Medical Biotechnology.
Agricultural Biotechnology.
Industrial Biotechnology.
Environmental Biotechnology.
Marine Biotechnology.
Computational & Emerging Fields.
Applied and Computational Mathematics
Computational methods for ordinary, fractional, and partial differential equations
Fractional Calculus and applications
Dynamical systems and applications
Mathematical Modelling (Biology, Engineering, Climate and Ecology, …)
Applications of computational mathematics to science and engineering
Stochastic process
Energy Materials
Nano-Physics, Nano-structures for optoelectronics, Thermoelectricity and Energy application
Nano-Dots, Nano-wires and Graphene based materials.
Green Hydrogen (Materials physical properties)
Optical and electrical properties of Carbon nanostructures-based materials and devices
Nano-sensors
Device Physics (including Solar cells and Light Emitting Diodes)
Topological Photonic Crystals for Wave Control and Sensing
Rainbow Trapping and Slow-Light Topological Photonics
