The applications of surface anisotropy are diverse and span multiple fields:
1. Electronics: In nanoelectronics, surface anisotropy is exploited to create transistors and sensors with enhanced performance and reduced dimensions.
2. Magnetic Storage: Surface anisotropy in magnetic nanoparticles is key for high-density data storage, enabling the development of smaller and more efficient memory devices.
3. Catalysis: Anisotropic surfaces in nanocatalysts enhance catalytic activity and selectivity, crucial for industrial processes and environmental applications.
4. Biomedical Devices: Surface anisotropy can be used to design targeted drug delivery systems and advanced diagnostic tools, improving treatment efficacy and patient outcomes.
