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|Image=Time WS 400-320.jpg | |Image=Time WS 400-320.jpg | ||
|Heading=Workshop: The Origin and Implication of Time in Adaptive Systems | |Heading=Workshop: The Origin and Implication of Time in Adaptive Systems | ||
| − | |Link=https://centre.santafe.edu/complextime/ | + | |Link=https://centre.santafe.edu/complextime/The_Origin_and_Implication_of_Time_in_Adaptive_Systems |
|Text=Deep integrative ideas concerning the concept of time (entropy & 2nd law of thermodynamics), timescale in adaptive systems, exploitation and control of time, info processing, perception | |Text=Deep integrative ideas concerning the concept of time (entropy & 2nd law of thermodynamics), timescale in adaptive systems, exploitation and control of time, info processing, perception | ||
}}{{Slide | }}{{Slide | ||
|Image=Neuronetwork II. 400-320.jpg | |Image=Neuronetwork II. 400-320.jpg | ||
|Heading=Working Group: Cognitive Regime Shift | |Heading=Working Group: Cognitive Regime Shift | ||
| + | |Link=https://centre.santafe.edu/complextime/Cognitive_Regime_Shift_I_-_When_the_Brain_Breaks | ||
|Text=Network theories and collective dynamics applied to better understand the loss of cognitive function | |Text=Network theories and collective dynamics applied to better understand the loss of cognitive function | ||
}}{{Slide | }}{{Slide | ||
Revision as of 22:07, July 26, 2018
Workshop: The Origin and Implication of Time in Adaptive Systems
Deep integrative ideas concerning the concept of time (entropy & 2nd law of thermodynamics), timescale in adaptive systems, exploitation and control of time, info processing, perception
Working Group: Cognitive Regime Shift
Network theories and collective dynamics applied to better understand the loss of cognitive function
Working Group: Aging and Adaptation in Infectious Diseases
Aging and adaptation in infectious diseases by pathogen and host, including immune system dynamics, host-pathogen co-adaptation, and pathogen antigenic diversity and endemism
Working Group & Short Course: Population and the Environment
Interaction between growing, aging human population with its environment
Working Group: Dynamic Multi-System Resilience in Human Aging
Human resilience through the lens of equilibrium perturbation in physics, economics, infrastructure
