Hiroki Sayama

15 Followers

simulation digital organisms artificial chemistry self-reproduction open-ended evolution swarm chemistry cellular automata evolution artificial life public health modeling covid-19 alife

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Self-Replication and the Halting Problem

Vor 6 Jahren • 752 Aufrufe

Formulating Evolutionary Dynamics of Organism-Environment Couplings Using Graph Product Multilayer Networks

Vor 6 Jahren • 536 Aufrufe

How to survive as an interdisciplinary being

Vor 5 Jahren • 1352 Aufrufe

Effects of Organizational Network Structure and Task-Related Diversity on Collective Design and Innovation

Vor 5 Jahren • 144 Aufrufe

Artificial Creativity of Evolutionary Swarm Systems

Vor 5 Jahren • 137 Aufrufe

Adaptive network models of socio-cultural dynamics

Vor 5 Jahren • 408 Aufrufe

Swarm Chemistry: A Decade-Long Quest to Emergent Creativity in Artificial "Nature"

Vor 5 Jahren • 385 Aufrufe

Suppleness and Open-Endedness for Social Sustainability

Vor 4 Jahren • 309 Aufrufe

Graph product representation of organism-environment couplings in evolution

Vor 4 Jahren • 467 Aufrufe

Complexity Explained: A brief intro to complex systems

Vor 4 Jahren • 1892 Aufrufe

Enhanced ability of information gathering may intensify disagreement among groups

Vor 4 Jahren • 231 Aufrufe

Self-organization of society: fragmentation, disagreement, and how to overcome those

Vor 3 Jahren • 401 Aufrufe

What an ALifer Has Been Doing About COVID-19

Vor 3 Jahren • 263 Aufrufe

Review of linear algebra

Vor 2 Jahren • 1034 Aufrufe

How to Make Things Evolve

Vor 2 Jahren • 475 Aufrufe

A Quick Overview of Artificial Intelligence and Machine Learning

Vor 1 Jahr • 517 Aufrufe

A Quick Overview of Artificial Intelligence and Machine Learning (revised version)

Vor 1 Jahr • 425 Aufrufe

simulation digital organisms artificial chemistry self-reproduction open-ended evolution swarm chemistry cellular automata evolution artificial life public health modeling covid-19 alife

Hiroki Sayama

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