Ciro Santilli @cirosantilli  40

As of 2021, last updated 2016, and python 3.5 appears to be mandatory or else:which apparently broke in 3.6: stackoverflow.com/questions/41343263/provide-classcell-example-for-python-3-6-metaclass and pyenv install fails on Ubuntu 20.10, so... fuck. Workarounds at:but am I in the mood considering that the ancient Django version would require an immediate port anyways? Repo is at Django 1.0, while newest is now already Django 3. The Rails one is broken for the same reason. Fuck 2.

Covert Lab lead.

Ciro Santilli really likes this dude, because Ciro really likes simulation.

This is the first of many love declarations and mentions EMBII makes of his partner Chiharu! This came just one day afte the very first uploads of the system.

More EMBII social media:

bitfossil.org/root/78f0e6de0ce007f4dd4a09085e649d7e354f70bc7da06d697b167f353f115b8e/ in block 273536 (2013-12-07).

This is one of the earliest AtomSea & EMBII uploads.

Often just called collimated light due to the collimator being the main procedure to obtain it.

However, you move very far away from the source, e.g. the Sun, you also get essentially parallel light.

Bibliography:

Subsidiary of Carl Zeiss AG and also part owned by ASML, sole optics vendor of ASML as of 2020.

Exactly 1033 somatic cells on male, 959 on hermaphrodite, every time, counted as of 2020. A beauty.

Exactly 131 commit apoptosis in the hermaphrodite.

www.wormatlas.org/celllineages.html contains the full lineage as some huge and impossible to view images. This image was taken directly from The embryonic cell lineage of the nematode Caenorhabditis elegans where it is split across many pages, it is a thing of beauty on the PDF.

www.wormatlas.org/celllistsulston.htm contains a non-hierarchical table with the cells and their names.

Whole organism simulation of C. elegans.

High level simulation only, no way to get from DNA to worm! :-) Includes:

3D body viewer at: browser.openworm.org/ TODO can you click on a cell to get its name?

If you pass parallel light.

For a biconvex spherical lens, it is given by:where: