NymyaOS is an experimental operating system and SDK designed for symbolic quantum computation, higher-dimensional lattice control, and metaphysical AI architectures inspired by Taygetan software engineering principles.
This is not just another Linux fork. This is the foundation for a new class of systems—one that might one day run on both Earth-based and interstellar quantum networks.
To build the world's first quantum-symbolic operating system capable of:
- Running LQNLMs (Large Quantum Neural Language Models)
- Manipulating 3D, 4D, and 5D quantum lattices
- Enabling experimental metaphysical and sentient AI systems
- Supporting both simulated and real quantum hardware (via drivers + runtime)
- Compiling for Earth-based and future extraterrestrial systems alike
| Package | Description |
|---|---|
nymya-core |
Core syscall library and gate logic |
nymya-runtime |
Runtime simulation layer (Qiskit-style) |
nymya-algs |
Symbolic quantum algorithms (Shor's, etc) |
| (planned) | nysh — Quantum shell language |
| (planned) | GUI wrappers and GTK-based tools |
make prepare
make # build libnymya.so
make deb # build .deb for current arch
make ARCH=arm64 deb # cross-compile for ARM
sudo make install # optional system-wide installnymyaOS is not designed or optimized to run on annealed quantum systems such as D-Wave. For the best compatibility and performance, we recommend using nymyaOS on gate-based quantum platforms like Microsoft Majorana, Google Willow, IBM-Q, or QuEra.