Experimental framework for non-binary information encoding.
Replace binary states (0/1) with a multi-state unit:
- QUAL = 16 distinguishable states
- QUAL-BYTE = 256 states
- Q-FRAME = structured multi-dimensional signal
The system encodes information using:
- amplitude windows
- polarity (positive / neutral / negative)
- frequency and temporal scanning (Q-TICK)
Test whether a remodulated analog signal can support stable multi-window reading beyond binary encoding.
- Arduino analog input → 16-level quantization
- QUAL output (0–15)
- Serial transmission
If stable:
- higher information density per channel
- new encoding strategies
- hybrid analog-digital architectures
We are looking for:
- hardware engineers
- signal processing experts
- embedded developers
- physicists / researchers
- critical reviewers
- Noise tolerance limits?
- Stability of multi-window segmentation?
- Physical feasibility at scale?
- Real advantage over binary systems?
This is not a claim.
This is a test.
MIT