2020 Lecture 1.02 - Introduction to Neuropixels - Matteo Carandini (UCL)
C Programming (Fall 2020) - Lecture 1.02 - Printing Output
2020 Lecture 2.05 - Using Phy to curate spike sorting - Nick Steinmetz (UW)
2020 Lecture 1.04 - Recordings across the brain with Neuropixels - Nick Steinmetz (UW)
2020 Lecture 2.03 - Spike sorting with Kilosort - Marius Pachitariu (HHMI)
2020 Lecture 2.02 - Practicalities of Neuropixels recordings 2 - Nick Steinmetz (UW)
2020 Lecture 3.09 - Aligning Neuropixels tracks to a brain atlas - Mayo Faulkner (IBL)
C Programming (Fall 2020) - Lecture 11.02 - Old-Style Structures
2020 Lecture 3.04 - Chronic Neuropixels implantation - Dario Campagner (UCL)
2020 Lecture 1.05 - Science with large recordings - Kenneth Harris (UCL)
2020 Lecture 3.02 - Combining Neuropixels with imaging - Andrew Peters (UCL)
C++ Programming (Spring 2022) - Lecture 1.02 - Basic I/O
2020 12MAS2 1: 1.02 - Compound Interest
2020 Lecture 1.03 - The technology in Neuropixels - Carolina Mora Lopez (imec)
C Programming (Fall 2020) - Lecture 11.11 - malloc
C Programming (Fall 2020) - Lecture 1.03 - Introduction to Variables
2020 Lecture 1.07 - Planning a Neuropixels trajectory - Andy Peters (UCL)
C Programming (Fall 2020) - Lecture 12.03 - Linked Lists of Integers (Part 1)
2020 Lecture 3.08 - Reconstructing Neuropixels tracks from 3D anatomy - Steven West (IBL)
2020 Lecture 3.03 -Combining Neuropixels with optogenetics - Maxime Beau (UCL)
