The ATMD Group
focuses on the development of cutting-edge two-dimensional (2D) materials, including MXene, MBenes, Graphene, and MoS₂ for application in data storage, ferroelectrics, magnetism, energy storage, and photocatalysis.
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Advanced Scientific Fields Research
By uncovering key physical phenomena, the group is driving for practical applications of these materials in advanced scientific fields.
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Future Scientific Advancements
The group has uncovered various intriguing physical phenomena, paving the way for these 2D materials to be employed in practical applications for future scientific advancements.
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2D materials with excellent conductivity and tunable surface properties, ideal for energy storage, catalysis, and sensing applications.
Magnetism & Spintronics
Exploring magnetic properties of materials for advanced spintronic devices, enabling faster, energy-efficient data storage and processing.
Memristors
Next-generation memory devices utilizing resistive switching for non-volatile data storage, essential for neuromorphic and AI-based computing.
Ferroelectrics & Multiferroics
Materials with switchable polarization and combined electric-magnetic properties, key for sensors, memory devices, and multifunctional technologies.
Supercapacitors & Batteries
Developing high-performance energy storage solutions with fast charge-discharge cycles and long-term stability for portable electronics and grids.
Photocatalysis & Water Splitting
Harnessing light-driven reactions in 2D materials to degrade pollutants and generate hydrogen for clean, sustainable energy solutions.