ferromorphic 0.10.0

Neuromorphic computing in pure Rust, the open corpus in one library: spiking neurons from Hodgkin-Huxley to AdEx and resonate-and-fire, synapses and short-term plasticity, STDP to three-factor and dendritic learning, surrogate gradients, BPTT and e-prop, ANN-to-SNN conversion, spiking convolutions and attention, reservoirs, the Neural Engineering Framework, vector symbolic architectures, sparse coding, associative memories, QUBO by stochastic spiking, coupled oscillators and ring attractors, predictive coding and equilibrium propagation, Jeffress sound localisation, a cerebellum, grid cells, proprioception, learnable delays, graph algorithms by spike wavefront, a silicon cochlea, an olfactory bulb, tactile afferents, event-based vision and fusion, hardware constraint models, NIR, AEDAT/EVT3/N-MNIST decoders, NeuroBench metrics, and a joules ledger that charges for synapse memory traffic. Zero dependencies, std-only, wasm-clean, deterministic by seed.