below the input and output of my first attempts to do something in Python:
darwin.demo(populationsize=1000, generations=150, mutationrate=0.01, top=10)
22zIa|cnjseB^x}h={$w/a\BVs?9bnhm_c6=2O9%V+B1;Ou’4]-o(SXr”A*Agf2b1:lZTS[q|9um$V9%$ @a
22zIa|cnjseB^x}h={$w/a\BVs?9bnhm_c6=2O9%V+B1;Ou’4]-o(SXr$^`*cgS’e*I_\x)&#VnmQ$zuUj-.
22zIa|cnIseB^x}h={$w/a\BVs?9bnhm_Z*Dx!+i^}rnel@|2DQVwiXi{CBy%P~|e*I_\x)&#VnmQ$zuUj-.
22zIa|cnjseBixvh={|w/a\BVs?9bnhm_c6=x!+i^}rSel@&2DQVwiXi{CBy%PS’e*I_\x)&#VnmQ$zuUjv.…
Just finished reading ‘A Shortcut through Time’, by George Johnson, a popular-scientific book explaining some of the ideas behind quantum computing. I thought…
I’ve been trying out another simulation of a reaction-diffusion system, this time the FitzHugh-Nagumo model. It models the way waves travel through certain…
