Why it’s interesting
This project uses software systems and generated images to observe how biological forms transform among rules, noise, and machine vision.
Growth appears both organic and computational. Familiar natural structures keep slipping into shapes that only a rule system could sustain.
How to try it
Open the Google Arts & Culture story, view the large works and process images, then read the artist's method. No account is required.
Use the official page or demonstration as the current reference. Do not assume that a staged installation, limited experiment, account-gated demo, subscription feature, or physical product is available everywhere.
Requirements and sources
This entry credits Casey Reas and keeps “In Silico” as the original title. It is free to view or try and a short guided experience. Pricing, access, regional availability, accounts, hardware, and service support can change, so verify them on the [first-party source](https://artsandculture.google.com/story/RgXB4dFx7ZqzJA) before trying or buying. The description stays within the documented AI role and does not treat promotional claims as independent testing.