This is the official channel for Dynamic field theory (DFT), a mathematical framework for modeling cognitive processes. On this channel, we host general videos about DFT, about specific published models and architectures, and about the underlying software frameworks COSIVINA and CEDAR.

Robot arms: basic concepts
1:42:37
Robot arms: basic concepts
Vehicle path planning: survey
1:34:40
Vehicle path planning: survey
Attractor dynamics approach to vehicle path planning: behavior-based variant
1:19:51
Attractor dynamics approach to vehicle path planning: behavior-based variant
Attractor dynamics approach for autonomous vehicle path planning
1:37:27
Attractor dynamics approach for autonomous vehicle path planning
Introduction to the course Autonomous robotics
1:22:19
Introduction to the course Autonomous robotics
Neural manifolds and DFT
53:07
Neural manifolds and DFT
An intentional agent built in DFT
1:47:38
An intentional agent built in DFT
Sequence generation in DFT
1:24:55
Sequence generation in DFT
Grounded cognition from DFT
2:02:37
Grounded cognition from DFT
DFT foundations 2b: Binding through space and coordinate transforms
1:15:03
DFT foundations 2b: Binding through space and coordinate transforms
DFT foundations 2a: Binding and coupling of fields
1:16:10
DFT foundations 2a: Binding and coupling of fields
Evidence for DFT
1:51:11
Evidence for DFT
Learning in DFT
1:12:42
Learning in DFT
Background Neuroscience
1:12:55
Background Neuroscience
Dynamical systems tutorial
1:19:54
Dynamical systems tutorial
Braitenberg vehicles
42:01
Braitenberg vehicles
What is DFT?
20:26
What is DFT?
Sebastian Schneegans: Feature Binding through Space and Time in Visual Working Memory 16jul2024
1:22:47
Sebastian Schneegans: Feature Binding through Space and Time in Visual Working Memory 16jul2024
Human motor control: lecture by Dr. Lei Zhang
1:08:49
Human motor control: lecture by Dr. Lei Zhang
Motor control: the dynamics of kinematic chains and their control
1:03:14
Motor control: the dynamics of kinematic chains and their control
Timing and coordination in robotic and human movement
55:36
Timing and coordination in robotic and human movement
Robot arms: basic concepts
33:27
Robot arms: basic concepts
Survey over approaches to vehicle path planning
1:31:06
Survey over approaches to vehicle path planning
Gregor Schöner on DFT vs. DNN Transformers
44:08
Gregor Schöner on DFT vs. DNN Transformers
Attractor dynamics approach to vehicle movement generation: Sub-symbolic
1:19:03
Attractor dynamics approach to vehicle movement generation: Sub-symbolic
Attractor dynamics for vehicle movement generation
1:41:40
Attractor dynamics for vehicle movement generation
Introduction to the Course Autonomous Robotics in the SS 2024
1:04:22
Introduction to the Course Autonomous Robotics in the SS 2024
Summary of the Neural Dynamics course 2023/2024
52:49
Summary of the Neural Dynamics course 2023/2024
Perceptual grounding of relational concepts in DFT
1:20:52
Perceptual grounding of relational concepts in DFT
Neural foundation of DFT
21:59
Neural foundation of DFT