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Binary Logic

/ˈbaɪ.nər.i ˈlɒdʒ.ɪk/ Zero vs. One
Definition The fundamental system of two-state logic (0/1, True/False, On/Off) that governs classical computational architectures. While powerful for calculation, Binary Logic is often insufficient for modeling complex, living systems, which operate on gradients, ambiguity, and interdependence.

The Limits of On/Off

Nature is rarely binary. A forest is not "alive" or "dead"; it exists in states of growth, decay, dormancy, and renewal. When we force biological realities into binary containers (e.g. "User is Active/Inactive"), we lose resolution. We fall into a Metaphor Trap.

Towards Fuzzy Logic

Myceloom explores post-binary computing paradigms, such as Fungal Computing and Reservoir Computing. These systems utilize "fuzzy logic" or continuous variables to process information in a way that is more analogous to a nervous system than a calculator.

Stratigraphy (Related Concepts)
Fungal Computing Metaphor Trap Reservoir Computing