Lmst

Our #LabBook #snip allows for setting read-only and read-write permissions on a group and user level; we also have API tokens to ingest JSON snips, and :BrandNew: tokes for public / anonymous read-only access.

slide, showing screenshot on the left to define permissions of users to a lab book; bullet points on the right side:

ACLs
define:
– who can read/write a lab book?
for:
– individual users
– groups
API token
– to send snips
public token
– for anonymous read-only access

And now some more formal info regarding our #ELN digital users' #labbook, #snip (1/N)

title slide:
snip – a digital users' lab book

Conducting and steering #experiments, numerical #simulations, and #DataAnalysis is a highly creative process; real-time documenting of heterogeneous results and fluid thought processes, in a collaborative manner, is difficult.

We propose “snip”, a digital users’ #labbook combining hand-crafted entries with computer-generated contents; via an API, external software creates and sends standardised “snippets” representing the experiment; users curate and annotate snippets (markers, sketches etc.).

right, the poster … https://sci.photos/QR/UM23/23UMmo1a.pdf

Our proposal to take notes on your #synchrotron #experiment in a user-centric collage

#snip electronic #labbook #ELN

photo: poster walls, one is highlighted by a blue arrow

My first poster at this years #DESY #UsersMeeting2023 #UM23:

snip – digital users' lab book

view or download here:
https://sci.photos/QR/UM23/#snip

#digital #labbook #DAPHNE #synchrotron #research

#Transistor
#Brattain
#LabBook

https://www.pbs.org/transistor/science/labpages/labpg3.html

#19471216date

»Walter Brattain:
December 16, 1947:
After over a year of work, Brattain and Bardeen finally devised a successful amplifier. Brattain here describes the set up of that very first point-contact transistor.«

#labbook

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