Neuromatch Academy

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Neuromatch Academy is a massive online school. We aim to make science education inclusive and globally accessible. We offer courses that teach, primarily, co...

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W1D5 - Microcircuits - T3 Lecture 1 6:55

W1D5 - Microcircuits - T3 Lecture 1

W1D5 - Microcircuits - T3 Lecture 4 4:12

W1D5 - Microcircuits - T3 Lecture 4

W1D5 - Microcircuits - T3 Lecture 5 3:38

W1D5 - Microcircuits - T3 Lecture 5

W1D3 - Comparing Artificial and Biological Neural Networks - Intro (2025) 35:08

W1D3 - Comparing Artificial and Biological Neural Networks - Intro (2025)

W1D3 - Comparing Artificial and Biological Neural Networks - Intro (Bonus) 18:33

W1D3 - Comparing Artificial and Biological Neural Networks - Intro (Bonus)

W1D2 - Comparing Tasks - T3 Lecture 0 8:12

W1D2 - Comparing Tasks - T3 Lecture 0

Cortical Region-Based Analysis of Motor Imagery and Actual Movement Using EEG and Machine Learning 16:04

Cortical Region-Based Analysis of Motor Imagery and Actual Movement Using EEG and Machine Learning

Social Cognition in Autism: Predicting Task Based Neural Activity from Resting State Connectivity 16:28

Social Cognition in Autism: Predicting Task Based Neural Activity from Resting State Connectivity

Representation of Semantic Encoding in Low and Intermediate Level Visual Regions 18:52

Representation of Semantic Encoding in Low and Intermediate Level Visual Regions

Relational Knowledge in ANNs in the Context of Transfer Learning 7:54

Relational Knowledge in ANNs in the Context of Transfer Learning

A Comparative Analysis of Spatial Filtering and CEBRA Methodologies for Enhancing BCI Adaptability o 20:45

A Comparative Analysis of Spatial Filtering and CEBRA Methodologies for Enhancing BCI Adaptability o

V1 neurons encode behavioral state variables and their rate of change in mice 13:15

V1 neurons encode behavioral state variables and their rate of change in mice

Neuro constrained Bio inspired Recurrent Neural Network 14:14

Neuro constrained Bio inspired Recurrent Neural Network

Biological Connectivity Patterns as a Blueprint for Efficient Neural Architectures in Reinforcement 15:43

Biological Connectivity Patterns as a Blueprint for Efficient Neural Architectures in Reinforcement

A Hybrid Deep Learning Model CNN GRU for Crop Yield Prediction Under Climate Impacts: A Case Study o 15:02

A Hybrid Deep Learning Model CNN GRU for Crop Yield Prediction Under Climate Impacts: A Case Study o

Understanding the Default Mode Network’s Computational Role in Decision Making 15:19

Understanding the Default Mode Network’s Computational Role in Decision Making

Midbrain reticular nucleus’s control over pupil dynamics is modulated by visual contrast 15:07

Midbrain reticular nucleus’s control over pupil dynamics is modulated by visual contrast

Working Memory Involvement in Higher Cognition: Insights from fMRI Modeling 22:38

Working Memory Involvement in Higher Cognition: Insights from fMRI Modeling

Exploring the impacts of humid heatwave dynamics and population density on heat exposure risk in Ind 9:59

Exploring the impacts of humid heatwave dynamics and population density on heat exposure risk in Ind

Critical Evaluation of Prompt Strategies in Emotion Recognition: A Comparative Study of Commercial a 17:45

Critical Evaluation of Prompt Strategies in Emotion Recognition: A Comparative Study of Commercial a

Decoding Neural Circuits for Decision Making: Analysis of Age Related Differences in Brain Network D 11:31

Decoding Neural Circuits for Decision Making: Analysis of Age Related Differences in Brain Network D

Contrast Modulated Responses Across Brain Regions: A Focus on VISp and CA1 20:31

Contrast Modulated Responses Across Brain Regions: A Focus on VISp and CA1

Enhancing human empathy in conversations using transformer based models 12:30

Enhancing human empathy in conversations using transformer based models

How Image Segmentation Affects Classification: Implications in a Cancer Diagnostic Model 13:21

How Image Segmentation Affects Classification: Implications in a Cancer Diagnostic Model

Dynamical Similarity in Multitasking RNNs: Identifying Shared Motifs Across Task Periods 14:48

Dynamical Similarity in Multitasking RNNs: Identifying Shared Motifs Across Task Periods

Can AI Doctors Be Fair? Unpacking the Hidden Gender Bias in Large Language Models 10:48

Can AI Doctors Be Fair? Unpacking the Hidden Gender Bias in Large Language Models

Training Dynamics of Recurrent Neural Networks in RT Task 13:24

Training Dynamics of Recurrent Neural Networks in RT Task

Investigating Perceptual Thresholds for Faces and Houses Using Electrocorticography Data 14:48

Investigating Perceptual Thresholds for Faces and Houses Using Electrocorticography Data

Africa on Fire: Unraveling the Hidden Crisis of Heatwaves and Wildfires. 13:50

Africa on Fire: Unraveling the Hidden Crisis of Heatwaves and Wildfires.

MEXA - Generative AI for Mental Health Research Accelerator - Launch Webinar (Slot 2) 55:22

MEXA - Generative AI for Mental Health Research Accelerator - Launch Webinar (Slot 2)

MEXA - Generative AI for Mental Health Research Accelerator - Launch Webinar (Slot 1) 58:36

MEXA - Generative AI for Mental Health Research Accelerator - Launch Webinar (Slot 1)

MEXA Event: How to Build Systems That Change Lives MEXA Gooey.AI  Workshop 1:11:50

MEXA Event: How to Build Systems That Change Lives MEXA Gooey.AI Workshop

Amirhosein Testimonial - Comp Neuro Student 1:32

Amirhosein Testimonial - Comp Neuro Student

Embedding Lived Experience MEXA - January 14, 2025 1:38:05

Embedding Lived Experience MEXA - January 14, 2025

MEXA: Working with Protected & Health Data - Speaker Jon Nelson 12:04

MEXA: Working with Protected & Health Data - Speaker Jon Nelson

Impact Scholars Program - Mentor Pre-training 4:59

Impact Scholars Program - Mentor Pre-training

Prof Dev Talk 2024 - Dr. Gemma Roig - On aligning machine and visual cortex representations 59:38

Prof Dev Talk 2024 - Dr. Gemma Roig - On aligning machine and visual cortex representations

Prof Dev Talk 2024 - Dr. Kohitij Kar - Recurrent computations during visual object perception 1:07:04

Prof Dev Talk 2024 - Dr. Kohitij Kar - Recurrent computations during visual object perception

W1D3 - Comparing Artificial and Biological Neural Networks - Bonus Material 4:52

W1D3 - Comparing Artificial and Biological Neural Networks - Bonus Material

W1D2 - Comparing Tasks - Intro 32:51

W1D2 - Comparing Tasks - Intro

W1D2 - Comparing Tasks - T3 Lecture 2 4:32

W1D2 - Comparing Tasks - T3 Lecture 2

W1D2 - Comparing Tasks - T3 Lecture 1 4:04

W1D2 - Comparing Tasks - T3 Lecture 1

W1D2 - Comparing Tasks - T1 6:44

W1D2 - Comparing Tasks - T1

W1D2 - Comparing Tasks - T2 3:27

W1D2 - Comparing Tasks - T2

W1D5 - Microcircuits - T3 Lecture 6 2:22

W1D5 - Microcircuits - T3 Lecture 6

W1D5 - Microcircuits - T3 Lecture 3 1:07

W1D5 - Microcircuits - T3 Lecture 3

W1D5 - Microcircuits - T3 Lecture 2 1:15

W1D5 - Microcircuits - T3 Lecture 2

W1D5 - Microcircuits - T2 Lecture 9 1:07

W1D5 - Microcircuits - T2 Lecture 9

W1D5 - Microcircuits - T2 Lecture 8 1:27

W1D5 - Microcircuits - T2 Lecture 8

W1D5 - Microcircuits - T2 Lecture 7 1:41

W1D5 - Microcircuits - T2 Lecture 7

W1D5 - Microcircuits - T1 Lecture 6 4:47

W1D5 - Microcircuits - T1 Lecture 6

W1D5 - Microcircuits - T2 Lecture 6 0:53

W1D5 - Microcircuits - T2 Lecture 6

W1D5 - Microcircuits - T1 Bonus Lecture 2 3:48

W1D5 - Microcircuits - T1 Bonus Lecture 2

W1D5 - Microcircuits - T2 Lecture 5 1:17

W1D5 - Microcircuits - T2 Lecture 5

W1D5 - Microcircuits - T2 Lecture 4 1:14

W1D5 - Microcircuits - T2 Lecture 4

W1D5 - Microcircuits - T2 Lecture 3 1:48

W1D5 - Microcircuits - T2 Lecture 3

W1D5 - Microcircuits - T2 Lecture 2 2:15

W1D5 - Microcircuits - T2 Lecture 2

W1D5 - Microcircuits - T2 Lecture 1 2:58

W1D5 - Microcircuits - T2 Lecture 1

W1D5 - Microcircuits - Intro 29:00

W1D5 - Microcircuits - Intro

W1D5 - Microcircuits - T1 Lecture 4 6:21

W1D5 - Microcircuits - T1 Lecture 4

W1D5 - Microcircuits - T1 Lecture 5 4:45

W1D5 - Microcircuits - T1 Lecture 5

W1D5 - Microcircuits - T1 Bonus Lecture 1 2:23

W1D5 - Microcircuits - T1 Bonus Lecture 1

W1D5 - Microcircuits - T1 Lecture 3 4:08

W1D5 - Microcircuits - T1 Lecture 3

W1D5 - Microcircuits - T1 Lecture 1 6:35

W1D5 - Microcircuits - T1 Lecture 1

W1D5 - Microcircuits - T1 Lecture 2 2:58

W1D5 - Microcircuits - T1 Lecture 2

W2D1 - Macrocircuits - T3 Lecture 7 1:07

W2D1 - Macrocircuits - T3 Lecture 7

W2D1 - Macrocircuits - T3 Lecture 5 0:42

W2D1 - Macrocircuits - T3 Lecture 5

W2D1 - Macrocircuits - T3 Lecture 6 1:21

W2D1 - Macrocircuits - T3 Lecture 6

W2D1 - Macrocircuits - T3 Lecture 4 1:27

W2D1 - Macrocircuits - T3 Lecture 4

W2D1 - Macrocircuits - T3 Lecture 3 3:01

W2D1 - Macrocircuits - T3 Lecture 3

W2D1 - Macrocircuits - T3 Lecture 2 1:35

W2D1 - Macrocircuits - T3 Lecture 2

W2D1 - Macrocircuits - T3 Lecture 1 1:12

W2D1 - Macrocircuits - T3 Lecture 1

W2D1 - Macrocircuits - T2 Lecture 6 0:53

W2D1 - Macrocircuits - T2 Lecture 6

W2D1 - Macrocircuits - T2 Lecture 4 1:14

W2D1 - Macrocircuits - T2 Lecture 4

W2D1 - Macrocircuits - T2 Lecture 5 1:16

W2D1 - Macrocircuits - T2 Lecture 5

W2D1 - Macrocircuits - T2 Lecture 3 1:06

W2D1 - Macrocircuits - T2 Lecture 3

W2D1 - Macrocircuits - T2 Lecture 2 2:10

W2D1 - Macrocircuits - T2 Lecture 2

W2D1 - Macrocircuits - T2 Lecture 1 4:09

W2D1 - Macrocircuits - T2 Lecture 1

W2D1 - Macrocircuits - T1 Lecture 5 3:08

W2D1 - Macrocircuits - T1 Lecture 5

W2D1 - Macrocircuits - Intro 28:43

W2D1 - Macrocircuits - Intro

W2D1 - Macrocircuits - T1 Lecture 4 1:36

W2D1 - Macrocircuits - T1 Lecture 4

W2D1 - Macrocircuits - T1 Lecture 3 4:51

W2D1 - Macrocircuits - T1 Lecture 3

W2D1 - Macrocircuits - T1 Lecture 2 4:14

W2D1 - Macrocircuits - T1 Lecture 2

W2D1 - Macrocircuits - T1 Lecture 1 5:34

W2D1 - Macrocircuits - T1 Lecture 1

W1D3 - Comparing Artificial and Biological Neural Networks - T4 14:32

W1D3 - Comparing Artificial and Biological Neural Networks - T4

W1D3 - Comparing Artificial and Biological Neural Networks - T3 9:13

W1D3 - Comparing Artificial and Biological Neural Networks - T3

W1D3 - Comparing Artificial and Biological Neural Networks - T2 13:10

W1D3 - Comparing Artificial and Biological Neural Networks - T2

W1D3 - Comparing Artificial and Biological Neural Networks - T1 4:04

W1D3 - Comparing Artificial and Biological Neural Networks - T1

W2D3 - Microlearning - T4 3:48

W2D3 - Microlearning - T4

W2D3 - Microlearning - T3 5:50

W2D3 - Microlearning - T3

W2D3 - Microlearning - T2 4:56

W2D3 - Microlearning - T2

W2D3 - Microlearning - T1 6:14

W2D3 - Microlearning - T1

W2D3 - Microlearning - Intro 29:14

W2D3 - Microlearning - Intro

W2D5 - Mysteries - Consciousness C2 Activity Intro 2 9:07

W2D5 - Mysteries - Consciousness C2 Activity Intro 2

W2D5 - Mysteries - Consciousness Bonus Content 13:34

W2D5 - Mysteries - Consciousness Bonus Content

W2D5 - Mysteries - Consciousness C2 Activity 4:37

W2D5 - Mysteries - Consciousness C2 Activity

W2D5 - Mysteries - Consciousness C2 Activity Outro 1:27

W2D5 - Mysteries - Consciousness C2 Activity Outro

W2D5 - Mysteries - Consciousness T1 8:08

W2D5 - Mysteries - Consciousness T1

W1D1- Big Picture - T3 Lecture 2 4:24

W1D1- Big Picture - T3 Lecture 2

W1D1- Big Picture - T3 Lecture 1 4:30

W1D1- Big Picture - T3 Lecture 1

動画

W1D5 - Microcircuits - T3 Lecture 1 6:55

W1D5 - Microcircuits - T3 Lecture 1

28 回視聴 - 10 時間前

W1D5 - Microcircuits - T3 Lecture 4 4:12

W1D5 - Microcircuits - T3 Lecture 4

12 回視聴 - 10 時間前

W1D5 - Microcircuits - T3 Lecture 5 3:38

W1D5 - Microcircuits - T3 Lecture 5

15 回視聴 - 10 時間前

W1D3 - Comparing Artificial and Biological Neural Networks - Intro (2025) 35:08

W1D3 - Comparing Artificial and Biological Neural Networks - Intro (2025)

193 回視聴 - 12 日前

W1D3 - Comparing Artificial and Biological Neural Networks - Intro (Bonus) 18:33

W1D3 - Comparing Artificial and Biological Neural Networks - Intro (Bonus)

143 回視聴 - 2 週間前

W1D2 - Comparing Tasks - T3 Lecture 0 8:12

W1D2 - Comparing Tasks - T3 Lecture 0

90 回視聴 - 2 週間前

Cortical Region-Based Analysis of Motor Imagery and Actual Movement Using EEG and Machine Learning 16:04

Cortical Region-Based Analysis of Motor Imagery and Actual Movement Using EEG and Machine Learning

189 回視聴 - 4 週間前

Social Cognition in Autism: Predicting Task Based Neural Activity from Resting State Connectivity 16:28

Social Cognition in Autism: Predicting Task Based Neural Activity from Resting State Connectivity

193 回視聴 - 1 か月前

Representation of Semantic Encoding in Low and Intermediate Level Visual Regions 18:52

Representation of Semantic Encoding in Low and Intermediate Level Visual Regions

78 回視聴 - 1 か月前

Relational Knowledge in ANNs in the Context of Transfer Learning 7:54

Relational Knowledge in ANNs in the Context of Transfer Learning

50 回視聴 - 1 か月前

A Comparative Analysis of Spatial Filtering and CEBRA Methodologies for Enhancing BCI Adaptability o 20:45

A Comparative Analysis of Spatial Filtering and CEBRA Methodologies for Enhancing BCI Adaptability o

90 回視聴 - 1 か月前

V1 neurons encode behavioral state variables and their rate of change in mice 13:15

V1 neurons encode behavioral state variables and their rate of change in mice

90 回視聴 - 1 か月前