#IEEEALIFECIS2025

#IEEEALIFECIS2025 best paper award goes to Haruna Kasashima!!
#IEEESSCI2025

#IEEEALIFECIS2025 final talk session
#IEEESSCI2025

Happening soon
#IEEEALIFECIS2025
#IEEESSCI2025

Camden Black-Ingersoll proposes a CRISPR Cas9-inspired GA
#IEEEALIFECIS2025
#IEEESSCI2025

#IEEEALIFECIS2025 main session Day 2
Sindiso Mkhatshwa explores automated damage recovery methods for legged robots
#IEEESSCI2025

Ege de Bruin explores generational updating and learning mechanisms to improve performance of evolved robots
#IEEEALIFECIS2025
#IEEESSCI2025

Bruno Gasperov studies the effects of higher-order mutation rates in game theoretic problems
#IEEEALIFECIS2025
#IEEESSCI2025

Haruna Kasashima shows the artificial agents develop similar internal representations between direct sensation and tool-mediated sensation, reproducing real human cognition mechanisms
#IEEEALIFECIS2025
#IEEESSCI2025

Matthew Moreno investigates effective phylogenetic reconstruction methodologies for distributed large-scale evolutionary simulations
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#IEEESSCI2025

Now the main session of #IEEEALIFECIS2025 begins
Max Foreback shows heterogeneous swarms can be more effective in solving collective tasks

It is mind blowing how much was already done by Barricelli back in the 50s
#IEEEALIFECIS2025
#IEEESSCI2025

Now #IEEEALIFECIS2025 officially kicks off!
Stefano Nichele introduces IEEE ALIFE-CIS keynote Luca Manzoni, who discusses the true origin of ALIFE, the work by Nils Barricelli