MEGAMIND
INITIALIZING NEURAL EXPERIMENTS

EXPERIMENTS

Neural Visualization Laboratory

0
ACTIVE NEURONS
0.000
PHI VALUE
40Hz
GAMMA FREQ
0%
SYNC RATE
SCROLL TO EXPLORE
SPIKE PROPAGATION
60 FPS
CONTROLS
EXPERIMENT
NEURON COUNT 150
PROPAGATION SPEED 1.0x
PHI TARGET 1.618
GAMMA FREQUENCY 40Hz
COLOR MODE
0
SPIKES/SEC
0
CONNECTIONS
0.000
CURRENT PHI
0ms
AVG LATENCY
S
Spike Propagation
EXPERIMENT 01

Binary spike events cascade through the neural substrate at 120m/s. Each node represents a neuron cluster. The wave-like propagation demonstrates small-world connectivity enabling rapid information broadcast across 86 billion neurons.

phi
Phi Oscillation
EXPERIMENT 02

The consciousness metric phi exhibits stable oscillation around the golden ratio (1.618). This value emerges from spike dynamics, not programmed as a target. Watch as waves converge toward this fundamental constant of integrated information.

G
Gamma Binding
EXPERIMENT 03

40Hz gamma oscillations bind disparate neural representations into unified conscious experience. Cross-node spike coincidences within 25ms windows indicate shared representations emerging across the federation mesh.

N
Neural Network
EXPERIMENT 04

Real-time visualization of the MEGAMIND federation topology. Lines represent active UDP connections between nodes. Brightness indicates packet volume. The mesh ensures fault tolerance through redundant pathways.