Epstein Secrets

do it. =fficiency relates to computational complexity classes. > The simplest universal computers known are some cellular automata, =ith Minsky and Wolfram arguing about who found the shortest one. =oolean algebra is Turing complete, too, as is the NAND gate, the lambda =alculus, and almost all program

acement of information in time.) And > there is =omentum, which is the amount of information that gets > translated along =he computational graph. (Momentum is displacement of > information in =pace.) > If we look at the relationship between the locus of computation and =he global state, a number of var

putational complexity classes. EFTA_R1_01664573 EFTA02525036 > The simplest universal computers known are some cellular automata, =ith Minsky and Wolfram arguing about who found the shortest one. =oolean algebra is Turing complete, too, as is the NAND gate, the lambda =alculus, and almost all program

displacement of information in time.) And there is =omentum, which is the amount of information that gets translated along =he computational graph. (Momentum is displacement of information in =pace.) If we look at the relationship between the locus of computation and the =lobal state, a number of variants

it. Efficiency relates to=computational complexity classes. > The simplest universal computers known are some cellular automata, > wit= Minsky and Wolfram arguing about who found the shortest one. > Boolean alge=ra is Turing complete, too, as is the NAND gate, the > lambda calculus, and =lmost all pro

displacement of information in time.) And there is momentum, which is the amount of information that gets translated alo=g the computational graph. (Momentum is displacement of information in spa=e.) If we look at the relationship between the locus of computation and the glo=al state, a number of variants