Bivology Rhythm Logic Simulator

This interactive tool simulates how a neuron may respond to brainwave patterns depending on its firing mode. In real neuroscience, certain brain regions synchronize to rhythmic frequencies like theta (slow) and gamma (fast). Neurons adapt their firing mode to match the input rhythm — similar to tuning a radio.

Theta is linked to memory, navigation, and calm focus. Higher values simulate stronger theta activity.
Gamma is associated with sensory processing and focused attention. Higher values simulate intense gamma input.
• Burst: Good at syncing with slow rhythms like theta.
• Spike: Optimized for fast rhythms like gamma.
• Adaptive: Adjusts to rhythm differences for best coherence.
Adjust the sliders and choose a mode, then click Run Simulation to see how the system responds to brainwave inputs.

🧠 Quick Guide