Magnetic Atoms and Molecules in material science, chemistry and biochemistry (CHI0141)
Teacher:
Year:
1st year, 2nd year
Degree course:
Materials Science [0208M21]
MaMaself
MaMaself
MATERIALE DIDATTICO
AA 2020/2021
Articles
Link
- Lecture 1 - Introduction to the course. General aspetcts.
- Lecture 10 - Electron Nuclear DOuble Resonance (ENDOR)
- Lecture 11 - High-spin states
- Lecture 12 - Charge transfer in photosynthesis, microwave amplification, olefin polymerisation
- Lecture 13 EPR of charge carriers in solids
- Lecture 14 spin and quantum information technologies
- Lecture 15 - Nitrogen impurities in solids
- Lecture 16 - Virtual lab experiment
- Lecture 2 - Angular momentum
- Lecture 3 - local perturbations
- Lecture 4 -Spin orbit coupling
- Lecture 5 - Crystal field
- Lecture 6 - magnetic interactions
- Lecture 7 - Kamamori-Goodenough rules + EPR spectroscopy (g-factor)
- Lecture 8 - EPR spectroscopy g-factor (II part) + hyperfine interaction
- Lecture 9 - Pulsed EPR spectroscopy
- Virtual laboratory
AA 2019/2020
Articles
- EPR Spectroscopy review
- High Field EPR
- Magnetism in biosystems
- Magnetism in biosystems 2
- Magnetism in biosystems 3
- Manipulating spin polarization of titanium dioxide for efficient photocatalysis
- Open shell species in heterogeneous catalysis
- Quantum computing
- Spin State as a Marker for the Structural Evolution of Nature’s Water- Splitting Catalyst
- The electron’s spin and molecular chirality
- Thomas precession