BioThink

VIRTUAL NEUROSCIENCE LAB

Interactive labs for thinking like a neuroscientist.

Welcome to the BioThink Virtual Neuroscience Lab. These simulations help connect core neuroscience concepts to brain-computer interfaces, artificial intelligence, scientific literature, and the review article we will build together.

🧠 BioThink Virtual NeuroLab

Explore the brain like a scientist.

A guided interactive learning space where students investigate how neurons communicate, how brain networks create behavior, and how artificial intelligence is transforming neuroscience.

Featured Virtual Lab
Status: Ready to Begin

The Journey of a Neural Signal

How Does the Brain Send Information?

Interactive Simulation Included

Follow a neural signal from a single neuron to an entire brain network — then discover why artificial intelligence borrowed the language of “neural networks.”

1 Meet a Neuron
2 Fire or Don’t Fire?
3 The Electrical Wave
4 Riding the Axon
5 Crossing the Synapse
6 From One Neuron to a Thought
7 Why AI Uses Neural Networks
Research Level: Beginner Scientist Week 1

Interactive Simulators

BioThink students explore neuroscience through interactive virtual experiments designed to make complex brain concepts visual, intuitive, and research-connected.

Simulation 01
Live Simulator

Neuron Firing Simulator

Watch a neural signal move from input to action potential, travel along the axon, cross the synapse, activate the next neuron, and connect to brain networks and AI.

  • ✔ Step-by-step action potential
  • ✔ Axon signal propagation
  • ✔ Synaptic transmission
  • ✔ Brain network visualization
  • ✔ Brain vs AI comparison
Synapse Simulator Coming soon: visualize neurotransmitters crossing the synaptic cleft.
Brain vs AI Simulator Coming soon: compare biological neurons with artificial neural networks.
Brain-Computer Interface Simulator Coming soon: explore how neural signals can control machines.

Research Challenge

Driving question: How is AI transforming neuroscience?

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Brain–Computer Interfaces

Can brain signals control computers, robotic arms, or communication devices?

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Speech Decoding

Can AI help translate brain activity into intended speech?

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AI in Brain Imaging

How can algorithms find patterns in MRI, EEG, or fMRI data?

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Neuroprosthetics

How do neural signals connect to artificial limbs and assistive devices?

Research Toolkit

Resources students use as they move from simulation-based learning to scientific literature.

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How to Read a Paper

A simple guide to abstracts, figures, methods, results, and discussion sections.

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Literature Review Worksheet

A structured template for summarizing research questions, methods, and discoveries.

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Guest Speaker Hub

A place for speaker bios, recordings, and student reflection prompts.

Course Journey

Students see how today’s virtual lab leads toward real neuroscience research.

Week 1How Does the Brain Send Information?
Week 2Brains, Computers, and Artificial Intelligence
Week 3How to Read Neuroscience Papers
Week 4Brain–Computer Interfaces and Neurotechnology
Week 5AI in Brain Disorders and Brain Imaging
Week 6Writing a Collaborative Literature Review
Week 7BioThink Research Symposium