Fundamentals of biophotonics
BIO-443
This file is part of the content downloaded from Fundamentals of biophotonics.
- Announcements (Forum)
- Schedule (URL)
- Link to lecture recordings (2023) (URL)
- Forum - Ask here any questions related to the course (Forum)
Student presentations
Duration: max 25 minutes
Please upload (ppt or pdf) of your presentation. The maximum size is 50 MB
17 February -24 February
- Week 1: Overview of the course and Introduction to Biophotonics (File)
- Zoom recording intro session 2021 (URL)
Flipped Classroom Presentation Material and Instructions
24 February -3 March
- Week 2: Light and its properties, particle-wave duality (File)
- Very nice and understandable description of Maxwell's equations (URL)
- Very useful slides on Fresnel equations (File)
- Zoom recording second lecture 2021 (URL)
4 March - 10 March
- Assignment 1 - Deadline 24/03/2025 at 10 am (File)
- Week 3:Photon /wave particle duality (File)
- Full Derivation of the Planck Formula (File)
- Paper, discussing the concept of the zero-point energy (File)
- Black body radiation (File)
- Zoom recording third lecture from 2021 (URL)
- Zoom lecture 2022 (URL)
11 March - 17 March
- Week 4: wave/particle (File)
- Week 4: wave/particle duality, model of an atom (File)
- Assignment 2 - Deadline 14/04/2025 at 10am (File)
- Polarization States (URL)
- Jones Calculus (URL)
- Field Guide to Polarization (File)
- Zoom recording forth lecture 2021 (URL)
- Polarized emission from a black hole (URL)
- Zoom recording forth lecture 2022 (URL)
18 March - 24 March
25 March- 31 March
- Week 6: Franck-Condon rule, Absorption & Emission, Chromophores (File)
- Assignment 3 - Deadline 28 April 2025 (File)
- Zoom recording lecture 6 from 2020 (URL)
- Zoom recording lecture 6 (URL)
- Zoom recording lecture 6 from 2022 (URL)
1 April - 7 April
- Week 7: Chromophores, Extrinsic Fluorophores, GFP-like Fluorophores (File)
- Assignment 3 - Deadline 28thApril 2025 (File)
- Papers for discussion (Folder)
- Very nice hints on how to efficiently read any scientific paper (URL)
- GFP -explained by legendary Roger Tsien (URL)
- GFP mechanism (URL)
- Clarity method (Nature video) (URL)
- Zoom recording lecture 7 from 2020 (URL)
- Zoom recoding lecture 7 2021 (URL)
- Zoom recording lecture 7 2022 (URL)
- New Brighter GFP Variant Paper (URL)
- MATERIAL FOR FLIPPED CLASSROOM_2023 (URL)
- Single Cell Quantitative Measurements (File)
8 April - 14 April
- Week 8 (File)
- Week 8: Super-resolution microscopy 2020 (File)
- Week 9: SMLM (cont.), FRET, TIRF 2020 (File)
- Zoom recoding lecture 8 2021 (URL)
- Zoom recording lecture 8 2020 (URL)
- Kahoot Quiz, week 8 2020 (URL)
15 April - 21 April
- Lecture 9 (File)
- Assignment 4 DDL May-2025 (File)
- Zoom recording Lecture 9 2021 (URL)
- Zoom recording week 9 2020 (URL)
- Week 9 2022 (File)
22 April - 20 April
- Zoom recording lecture 10 2022 (URL)
- Zoom recording Lecture 10 2021 (URL)
- Zoom recording week 11 2020 (URL)
- Kahoot quiz, week 10 (URL)
1 May - 5 May
- Assignment 5 (File)
- Zoom recording lecture 2022 (URL)
- Zoom recording lecture 11 (URL)
- Kahoot quiz, week 11 (URL)
- Great 1h30 lecture on Optical Trapping from one of the legends in the field (URL)
6 May -12May
- Zoom recording week 12 (URL)
- Zoom recording week 13 (URL)
- Zoom recording Lecture week 14 (URL)
- Flipped classroom slides from students (Folder)