Optical methods in chemistry
CH-417
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Session 1: Introduction and Ray Optics
- Session-1-strawman (File)
- Session-1-annotaded (File)
- Nobel-Askin-Mourou-Strickland (File)
- Nobel-Betzig-Hell-Moerner (File)
- Nobel-Zeweil (File)
- Nobel-Agostini-Krausz-LHuillier (File)
Session 2: Wave Optics
Session 3: Beams
Session 4: From Cavities to Lasers
Session 5: More Lasers and Optical Tweezers
- Session-5-strawman (File)
- Session-5-annotated (File)
- Tweezers-SciAm (File)
- Tweezers-Ashkin (File)
- Tweezers-Review (File)
- Answers to HW5 (File)
Session 6: From Diffraction and Fourier Optics
- Session-6-strawman (File)
- Session-6-annotated (File)
- ImageJ project (URL)
- Test image cross (File)
- Test image line (File)
- Test image lattice (File)
- Test image ladder (File)
- AWS to HW6 (File)
Semester break
Session 7 - Microscopy
- Session-7-strawman (File)
- Session-7-annotated (File)
- NSOM-review-Novotny (File)
- NSOM-Review-Dunn (File)
- NSOM-Review-Zenobi (File)
- NSOM-Review-Hartschuh (File)
- Answers to HW7 (File)
Session 8: Spectroscopy
Session 9: Electromagnetic Optics
- Session-9-10 - strawman (File)
- Session-9-10-lectured (File)
- Ashkin-ol-11-5-288 (File)
- Stapelfeldt-RevModPhys.75.543 (File)
- Review Marago nnano.2013.208 (File)
- SciAmerican (File)
- EM-Hankai_final (File)
Session 10: Absorption, Dispersion, and Non-linear Optics
Session 11: Ultrafast Lasers
Session 12: Introduction to X-rays
Session 13: Summary
Session X: Field trip
- Synchrotron - Reactive Intermediates (File)
- Synchrotron - microdiffraction (File)
- Synchrotron - Chemical Tomography (File)
- SwissFEL - SXR Review (File)
- SwissFEL - HXR Review (File)