Program
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The original draft program is here.
🗓️ Day 1: Light-Sheet principles and digital images
Monday, 5 Jan 2026
🧠 Theory morning session (09:00–11:00)
- 09:00–09:15 - Welcome session and course overview
- 09:15–10:00 - Concepts in lightsheet microscopy
- 10:00–11:00 - Experimental design and sample mounting
🧠 Theory morning session (11:00–13:00)
- Visualization and processing of digital images (45min)
- Best practices in imaging data management (30min)
🖥️ Practical afternoon session (14:00–17:00)
- Basics of 2D image visualization in Fiji/Napari (1.5h)
- Basics of 3D image visualization in Fiji/Napari (1.5h)
🗓️ Day 2: Image processing and multiview reconstruction
Date: Tuesday, 6 Jan 2026
🧠 Theory morning session (09:00–11:00)
- Lecture (1h)
- Lecture (1h)
🖥️ Practical morning session (11:00–13:00)
- Activity (1h)
- Activity (1h)
🖥️ Practical afternoon session (14:00–17:00)
- Activity (1.5h)
- Activity (1.5h)
🗓️ Day 3: Machine learning and advanced workflows
Wednesday, 7 Jan 2026
🧠 Theory morning session (09:00–11:00)
- Lecture (1h)
- Lecture (1h)
🖥️ Practical morning session (11:00–13:00)
- Activity (1h)
- Activity (1h)
🖥️ Practical afternoon session (14:00–17:00)
- Activity (1.5h)
- Activity (1.5h)
🗓️ Day 4: Scientific applications and project work
Thursday, 8 Jan 2026
🧠 Theory morning session (09:00–11:00)
- Lecture (1h)
- Lecture (1h)
🖥️ Practical morning session (11:00–13:00)
- Activity (1h)
- Activity (1h)
🖥️ Practical afternoon session (14:00–17:00)
Activity (1.5h) Activity (1.5h)
🗓️ Day 5: Project work and presentations
Friday, 9 Jan 2026
🖥️ Practical morning session (09:00–11:00)
- Activity (1h)
- Activity (1h)
🖥️ Practical morning session (11:00–13:00)
- Activity (1h)
- Activity (1h)
🧠 Theory afternoon session (14:00–17:00)
- Lecture (1.5h)
- Lecture (1.5h)