BiofieldSim: Basal Cognition & Morphological Memory Visualizer

Interactive Mode

Click and drag on the grid to inject bioelectric perturbation.

Biofield Kinetics & Diffusion

Gap Junction Flux (g_gap)0.18

Environmental Noise (σ)0.05

Recovery Rate (ε)0.08

Simulation Speed1.0x

Morphological Metrics

Pattern Fidelity (Memory): 96.4%

Laplacian Spatial Attenuation: -14.2 dB

Active Domain Vortices: 2

-2.0V (Rest)

+2.0V (Excited)

Morphological Memory Principle: The continuous Laplacian operator ∇²V acts as an intrinsic spatial low-pass filter. Local noise and sharp lesions are dynamically smoothed and guided back toward target morphological attractors without discrete symbolic lookups.

Vascular Topology & Nutrients

Click on nodes to relocate nutrient sources (green) and sinks (amber).

Hagen-Poiseuille Remodelling

Shear Growth Rate (γ)0.25

Intrinsic Forgetting (λ)0.08

Non-linear Exponent (α)1.8

Network Optimization Metrics

Hydraulic Transport Cost: 1.42 W

Steiner Path Efficiency: 91.8%

Active Conducting Veins: 14 / 32

Hagen-Poiseuille Memristive Dynamics: Fluid conductance scales with R⁴. Tubes experiencing higher shear stress expand, while unutilized tubes intrinsically decay (dR/dt = f(|Q|) - λR), autonomously solving optimal transport networks.