(Topics include but are not limited to)
Theme 1: Advanced Energy Materials
Energy storage technology, equipment, and materials
Battery and energy storage
Energy systems and materials
Surface Science and Engineering
sustainable energy
Water splitting technology
Synthesis and characterization of energy materials
solar energy materials
Energy harvesting materials
hydrogen production
perovskite
Geothermal energy
Photocatalysis and Electrocatalysis
Electrochemical and photoelectrochemical reduction of CO2
Photonics and Magnetic Materials
Photovoltaics and Optoelectronics
Emerging energy application technologies
Electrochemical applications
Topic 2: Semiconductors
Semiconductor Materials and Applications/Semiconductor Processing
Emerging semiconductor technologies
New semiconductor devices and their applications
semiconductor physics
Device Design and Manufacturing
Equipment performance and reliability
Ferromagnetic/magnetic semiconductor
Semiconductor compound
organic semiconductor
semiconductor detector
Topic Three: Energy Storage
Nano Energy
Water splitting technology
Semiconductor materials and nanostructures
nuclear energy
Hydrogen energy
Energy storage and modernization of the power grid
Storage and Conversion
Renewable fuels
Anode material
microbatteries
Heat transfer and thermoelectricity
Principles and Technologies of Solar Cells
Principles and Technologies of Lithium ion Batteries
The principle and technology of sodium ion batteries
alternative energy sources