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- Fermi School 2024
- Mission Statement
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- Hierarchical Design of Hybrid Systems (HiDHyS)
- Research Team 1 - Van der Waals heterostructures
- Research Team 2 - Carbon nanomaterials
- Research Team 3 - Macromolecular aggregates
- Photophysics and magnetism in macromolecules
- Simulation of light-induced dynamics in complex molecules
- Hydrophobically modified block-copolymer aggregates for turbulent drag reduction
- Self-assembly and dynamic response of supracolloidal magnetic polymers
- The role of ring-polymer topology in macromolecular self-assembly and dynamics
- OPEN PhD POSITIONS
- Focus Areas
- Photoisomerization of functional molecules in the gas phase
- Advanced Spectroscopy in 1D Hybrid Systems
- Machine learning for molecular dynamics simulations
- Transport in Functional Materials
- Elasticity of responsive microgels and magnetic gels
- Low-Dimensional Materials at the Atomic Resolution
- Block-copolymer aggregates for turbulent drag reduction
- Hierarchical Design of Hybrid Systems (HiDHyS)
- Publications
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