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Created page with "{{AetherOS_Component}} {{stub}} '''Computare''' is a research initiative within AetherOS to design and fabricate a series of specialized, non-von Neumann analog computers. The project's primary mandate is to create a self-learning system, governed by a cohort of AI agents, that can autonomously design, simulate, and test physical hardware for solving complex differential equations. The initial proof-of-concept is an analog computer designed to solve the Energy–m..."
 
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{{AetherOS_Component}}
{{AetherOS_Component}}
{{stub}}
'''Computare''' is a research initiative within [[AetherOS]] to design and fabricate a series of specialized, non-von Neumann analog computers. The project's primary mandate is to create a self-learning system, governed by a cohort of AI agents, that can autonomously design, simulate, and test physical hardware for solving complex differential equations.
'''Computare''' is a research initiative within [[AetherOS]] to design and fabricate a series of specialized, non-von Neumann analog computers. The project's primary mandate is to create a self-learning system, governed by a cohort of AI agents, that can autonomously design, simulate, and test physical hardware for solving complex differential equations.


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== Project Status (September 12, 2025) ==
== Project Status (September 12, 2025) ==
* '''System Architecture:''' The self-learning architecture based on the [[Musica (AetherOS)|Musica]] project has been defined and approved. The initial directory structure and script stubs have been created and committed to the project repository.
* '''System Architecture:''' The self-learning architecture is stable and functional. The main conductor script (`praefectus_experimentum.py`) successfully orchestrates a complete design-simulate-log cycle without errors. The system correctly generates placeholder Gerber and SPICE files in the `machinamenta` directory, and logs the outcome of the cycle in `experimenta/logs`.
* '''Hardware Design:''' The core design has been finalized. It will consist of a variable-width Kepler grid PCB (the passive component layer) combined with an active layer of op-amps and an analog multiplier, controlled by a Raspberry Pi Pico.
* '''Hardware Design:''' The core design remains finalized. The immediate software task is to evolve the script stubs in the `src/` directory into fully functional modules that generate the true Kepler geometry and resistor network values.
* '''Next Steps:''' Awaiting delivery of a new HP workstation and GPU to begin the AI development for the Fabrica system. In the interim, the project will proceed with Phase 1 of the development plan: formalizing the schematic and running SPICE simulations of the EM Oracle.
* '''Next Steps:''' The project is officially in **Phase 1**. The immediate focus is on implementing real SPICE simulation by modifying `src/simulator_spice.py` to interface with LTspice, and formalizing the schematic design process via `src/instrumentum_kicad.py`. This work will proceed while awaiting the arrival of the new HP workstation and GPU, which will be used to begin training the Artifex ARCs.
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