The Nanosystems course provides a comprehensive foundation in the chemical principles governing nanotechnology. Students will explore the fundamental physico-chemical interactions that dictate how nanosystems are synthesized and how they behave.
The curriculum covers:
Synthesis: Core methodologies for creating nanostructured systems.
Property Analysis: How chemical structure, geometry, and environmental factors influence performance.
Characterization: Essential techniques for investigating nanomaterials.
Applications: Real-world integration in biomedicine.
The curriculum covers:
Synthesis: Core methodologies for creating nanostructured systems.
Property Analysis: How chemical structure, geometry, and environmental factors influence performance.
Characterization: Essential techniques for investigating nanomaterials.
Applications: Real-world integration in biomedicine.
- Docente: Sara Bonacchi