Memory Consolidation Lab

Synaptic Plasticity & Ebbinghaus Retention Decay Simulator
Neurological Inputs Live Engine
0.80
Amplifies LTP tagging & synaptic spine growth rate.
3 Days
Timing between active recall firing pulses.
75%
High cognitive load induces interference decay.
30 Days
Preset Scenarios
Active Axon Terminal / Signal Transfer
Dendritic Spine (Grows via LTP)
Spaced Repetition Impulse Pulse
LTP State: Baseline Spine Density: 100%
Neurobiological Observation: Initial baseline state. Trigger neural pulses or switch presets to observe how Long-Term Potentiation (LTP) stabilizes dendritic spines against biological decay.
Consolidation Telemetry
30-Day Retention
68%
Target: >50% mastery
Half-Life (t½)
8.4 Days
Decay resistance
LTP Threshold
0.62
Potentiation Index
Interference
28%
Load penalty
Protocol Optimization

Consolidate memory by maximizing LTP Potentiation and maintaining spacing intervals that match neural decay half-lives.

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