Advertisement

Julian’s Test Page

This is about something exciting

This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text. This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.

This is the next area of interest

This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.This some text.T

Hi, thank you for documenting your work and making it accessible for the public. I built such an autocollimator myself for measuring angles in our lab. However, I was wondering how to know if the mirror is perpendicular to the optical axis of the autocollimator. The way I understand it, you can measure the change in angle from an initial position just fine but an absolute measurement of the angle of a reflective surface with respect to the optical axis of the autocollimator would require an initial referencing first. Do you have any idea how such a step would look like? Kind regards, Paul
by in Using an autocollimator to align 4f systems on 17 October 2024
I am thrilled to see your work on a new kind of microscope that is reflective multi immersion microscope which is relatively simpler to develop in laboratory environment. However, a question remains in my mind- how did you tune the correction plate everytime when you play with different medium between the mirror and the plate. Could you please elaborate me a bit on this part?
by in Lessons learned from an open-hardware project in microscopy: The mesoSPIM initiative on 19 April 2023
I tried this on 4D time-lapse bead data which was used to characterize drift in an upright spinning disk microscope and it worked really well. Of course the SNR was excellent, so no trouble there. The Github doc was excellent: very clear and well written. Kudos to the team who developed this. I will expore it with more complex live cell data in future. Thank you!
by in Fast4DReg – to the rescue of your drifty microscopy data on 7 April 2023

Andor

Categories

As icons

Discussions
How to
Tools
Case studies
Interviews
Events
Jobs
Education
Blog series

Updated on 28 April 2020