Models and visualizaiotns by Silvio Rizzoli
via book "How Life Works", Philip Ball
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A snapshot of the contents of a cell. This image is from a computer model based on real microscope data from experimental studies of the varieties and numbers of copies of the various proteins in the cells in question, which are human neurons. Note that there will be other, smaller molecules and ions in the spaces between the proteins shown here. This part of the neuron sits at the synapse, the junction between one neuron and another. The molecules protruding from the cell surface help to transmit electrical signals across the gap. Image courtesy of Silvio Rizzoli, University Medical Centre Göttingen (Helm et al. 2021).
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detailed pdf https://www.umg.eu/fileadmin/Redaktion/Dachportal/004_Forschung/id78_Science_Support/id81_Karriere_Foerderung/id337_Very_important_publications/GOE-VIP-4_Rizzoli.pdf

UA TMRI ref

user interface aesthetic
threejs example: https://threejs.org/examples/?q=texture#webgl2_materials_texture3d
random via google http://www.sci.utah.edu/~cscheid/fal05/scivis/project3/

https://typelab.fr/
https://www.behance.net/gallery/86367939/Alphabet-Dispersion via Cinzia d'Emidio

For HOC project w/ Umanesimo Artificiale / TRI
3D
three.js – example of detailed model
PlayCanvas (Gaming) – https://playcanvas.com
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2D
Pixi.js (Gaming)
Matter.js (2D physics engine) – https://brm.io/matter-js/

From Unreal: package for HTML5
via https://www.youtube.com/watch?v=lDkjb4X6IUA