Scaling the Tolog-Alpha: From Simulation to 3x3 Hardware Lattice
Budget: €750 – €1,500 EUR
At Tolog Institute, we don't just simulate; we build. We are currently transitioning our Tolog-Alpha hardware model from a theoretical framework into a physical 3x3 stabilization grid.
I am looking to connect with elite engineers and developers who are experts in:
High-speed Data Acquisition: Reaching 10k+ SPS on multi-channel MCU architectures (Arduino Mega/ESP32).
Non-linear Dynamics: Phase-locking loops and synchronization of relaxation oscillators.
Precision PCB Design: Minimizing EMI for sensitive analog feedback loops.
We are pushing the boundaries of the Tolog-Mirga Interface. If you are tired of standard CRUD apps and want to work on hardware that challenges the Nyquist limit and explores phase-space stability, let’s talk.
The goal? 100% synchronization. The location? The future.
Are you ready to optimize the grid?"
I am looking to connect with elite engineers and developers who are experts in:
High-speed Data Acquisition: Reaching 10k+ SPS on multi-channel MCU architectures (Arduino Mega/ESP32).
Non-linear Dynamics: Phase-locking loops and synchronization of relaxation oscillators.
Precision PCB Design: Minimizing EMI for sensitive analog feedback loops.
We are pushing the boundaries of the Tolog-Mirga Interface. If you are tired of standard CRUD apps and want to work on hardware that challenges the Nyquist limit and explores phase-space stability, let’s talk.
The goal? 100% synchronization. The location? The future.
Are you ready to optimize the grid?"