- 1.1The History of Bioelectricity
- 1.2 Introducing the Resting Potential
- 1.3 Diffusion and Electrostatics
- 1.4 Fleet Week!
- 1.5 The Resting Potential Firsthand-1
- 1.5 The Resting Potential Firsthand-2
- 1.5 The Resting Potential Firsthand-3
- 1.5 The Resting Potential Firsthand-4
- 1.6 The Nernst Potential-1
- 1.6 The Nernst Potential-2
- 1.6 The Nernst Potential-3
- 1.7 The GHK Equation-1
- 1.7 The GHK Equation-2
- 1.8 Ion Filters
- 1.9 The SodiumPotassium Pump
- 2.1 Changing the Membrane Potential
- 2.2 Introduction to Resistance
- 2.3 Introduction to Capacitance
- 2.4 Current and Ohms Law
- 2.5 Resistance in the Neuron-1
- 2.5 Resistance in the Neuron-2
- 2.5 Resistance in the Neuron-3
- 2.5 Resistance in the Neuron-4
- 2.6 Membrane Capacitance-1
- 2.6 Membrane Capacitance-2
- 3.1 Fundamentals of the Action Potential
- 3.2 Voltage-Gated Channels
- 3.3 The Phases of the Action Potential-1
- 3.3 The Phases of the Action Potential-2
- 3.3 The Phases of the Action Potential-3
- 3.4 Channels and Probability
- 3.5 Channel Kinetics
- 3.6 The Currents Behind the Action Potential-1
- 3.6 The Currents Behind the Action Potential-2
- 3.6 The Currents Behind the Action Potential-3
- 4.1 Signals in the Nervous System
- 4.2 Electrical Signaling
- 4.3 Signals as State
- 4.4 Getting from Point A to Point B-1
- 4.4 Getting from Point A to Point B-2
- 4.4 Getting from Point A to Point B-3
- 4.4 Getting from Point A to Point B-4
- 4.4 Getting from Point A to Point B-5
- 4.5 Speeding Up the Action Potential-1
- 4.5 Speeding Up the Action Potential-2
- 4.6 Giant Axons
- 4.7 Myelinated Axons
- 4.8 Myelination I-1
- 4.8 Myelination I-2
- 4.8 Myelination I-3
- 4.9 Myelination II
- DIY LAB-Recording and Stimulating a Nerve
- DIY LAB-Rate Coding
- DIY LAB-Electrode Referencing
- DIY LAB-Neuropharmacology
- DIY LAB-The Electromyograph
- DIY Lab-Grasshopper Vision
课程内容包括：声音接收然后大脑处理是如何完成；神经系统是如何解释不同类型信号的；利用模式生物非洲爪蟾两性交互的研究，讨论声音交流中相关的神经网络情况等。课程解释了一些前沿的语言进化及神经生物学问题，并讲解了各种实验技术。
