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Why it is here
Provides the first half of a more detailed conductance-based modelling route after simplified neuron models.
Source and access
Open the original institutional or discovery page ↗
32-byte range from the officially listed MP4, HTTP 206, matching content range and MP4 header. No full playback or decoding; YouTube availability is unknown.
- Access evidence
- accessible · official media range
- Checked
- 2026-11-07
- Full playback observed
- No
- Uploaded
- Unknown
- Originally recorded
- Unknown
- Language
- Unknown
- Level basis
- Editorial judgement for an independent learner, not an official course rating: the syllabus expects Physics II, computational thinking/data science and introductory neuroscience; its models use differential equations and linear algebra. The inspected lecture is part of that quantitative sequence.
- Transcript
- Read at source ↗
Provenance and reuse
MIT OpenCourseWare; original source https://ocw.mit.edu/courses/9-40-introduction-to-neural-computation-spring-2018/resources/4/. Link and write original factual navigation by default; do not export cached descriptions, transcripts, media or logos as unrestricted data. Source reuse requires attribution, noncommercial use and share-alike where applicable.. Links, factual metadata and original navigation annotations only. No source page, transcript, image, video or restricted platform metadata is included in the reusable export.
- courses-core-88tKZLGOr3M-1
Agent individually inspected the official title and publisher description, lesson overview or learning objectives supporting the stated content scope: Introduces the Hodgkin–Huxley circuit model through voltage-clamp measurements and the time and voltage dependence of potassium current. No full-video viewing, full-transcript review or independent scientific validation. Retrieved 2026-11-07.
- courses-core-88tKZLGOr3M-2
Prerequisites, mathematical course description, software requirement and lecture sequence read. Physics II, computational thinking/data science and introductory neuroscience are named prerequisites; differential equations and linear algebra are specified. Retrieved 2026-11-07.
- courses-duration-0aede449c80e1eb3
Source retrieval recorded; no video viewing. Retrieved 2026-11-07.
- courses-media-b17fb9f6ebc6ffaa
Officially linked MP4: HTTP 206 and 32 bytes with a verified MP4 file header; no playback or complete-file inspection. Retrieved 2026-11-07.
- courses-source-e482765a3570f4cf
Source retrieval recorded; no video viewing. Retrieved 2026-11-07.