Research

Biological materials are natural substances from living organisms used in medicine and biotechnology. Biological devices are engineered tools that interact with or mimic biological systems for diagnosis, treatment, or support.

Energy materials are substances designed to generate, store, or transfer energy efficiently, such as in batteries, fuel cells, or solar cells. Energy devices use these materials to convert, store, or manage energy for applications like power generation, storage, and transmission.

Mechanical and structural materials are engineered substances designed to withstand forces, provide support, and maintain integrity under stress. They are used in construction, transportation, and machinery for their strength, durability, and stability.

Microelectronic photonics combines electronics and photonics at microscopic scales to control and manipulate light and electrical signals. Devices in this field, such as photodetectors, lasers, and optical modulators, enable high-speed communication, sensing, and data processing.

Nanoscale materials are substances engineered at the nanometer scale, exhibiting unique physical and chemical properties due to their size. Nanoscale devices use these materials to perform functions in fields like electronics, medicine, and energy with high precision and efficiency.

Materials modeling involves using computational methods to simulate and predict the behavior, properties, and structure of materials at various scales. It helps researchers design new materials and understand how they perform under different conditions without extensive physical experiments.