Infoblock public node
Infoblock = Noise-Resistant Signal Circuit
temp T3 trust unknown status unknown type hypothesis
Exact Block Content
An infoblock is a STABLE ACTIVATION PATTERN in any neural substrate (biological or artificial) that is resistant to noise. It receives signals on input and produces signals on output. The key property is STABILITY: the same circuit produces approximately the same output despite variation in input noise level. This is what makes it a 'block' — it holds its shape. Like a crystal that maintains structure despite thermal vibration. The minimum viable infoblock = minimum circuit that maintains stable input-output mapping under noise.
Метаданные **Tags:** signal-circuit, noise-resistance, stability, minimum-viable-infoblock, standing-wave **Confidence:** 0.7 **CCT bridge:** Connects to 4-bit quantization probe (M-EXP-05): after grokking, knowledge survives 4-bit quantization = knowledge became noise-resistant. Before grokking, same knowledge destroyed by quantization = not yet noise-resistant. Grokking = the moment infoblocks become noise-resistant.
Not This
NOT 'infoblocks are stored in specific neurons.' The pattern is distributed. NOT 'infoblocks are static.' They are DYNAMICALLY stable — maintained by continuous activity, like a standing wave. NOT 'noise resistance means ignoring noise.' It means extracting the SAME signal from noisy and clean input alike.