From brain activity to financial markets via complex systems science

In the first part we shall describe a complex system and complex system studies. We then move to two examples. We shall explain why “how does the brain works” is one if the most intriguing question for the 21st century. We shall explain why and how the study of the brain can help understand financial markets.

Authors

Mina Teicher

Invited Talk e-session

Keywords

Photos by : Ivan

Entropy, earthquakes and tumors From mechanical to biological oscillator networks: The role of long range interactions

From brain activity to financial markets via complex systems science

Authors

Invited Talk e-session

Big data and complex systems: towards a topological field theory of data

Central limit behavior in dissipative and conservative dynamical systems

Cognitive capacity and earning capacity: tracing dynamics of inequality in complex systems

Complexity of alternative folding patterns in natural proteins.

Control of complex systems

Correlated systems and extensivity of entropy

Economics meets cyber society: rational behaviour in the 21st century

Entropy, earthquakes and tumors

From brain activity to financial markets via complex systems science

From mechanical to biological oscillator networks: The role of long range interactions

Groups, entropies and number theory

How information comes to matter: bridging the foundations of complex systems in the natural/formal and human sciences

Like bees and flowers: from mutualistic ecosystems to economic structures

Multiscale dynamics and symmetries: multifractals and stochastic Lie algebra

Non extensive self-consistent thermodynamics

On ubiquity of quasi-power law distributions

Sea Star Algebra or the quantum world according to the starfish

Selective altruism in collective games

Statistical mechanics for complex systems: Foundations and applications

Statistical physics and statistical inference

TBA

TBA

Transition from one superstatistics to another

Keywords