Originally posted by FreakyKBHwill this help? I realize it's not a differential equation
Results, right? I was referencing action.
Life[m_List?MatrixQ,
{g1_Integer?NonNegative,g2_Integer?NonNegative}]:=
CellularAutomaton[
{ 224, {2,{{2,2,2},{2,1,2},{2,2,2}}}, {1,1} }, {m,0}, g2,
{ {g1,g2}, Automatic }] /; g2>=g1
Amazingly, life is a universal cellular automaton, in the sense that it is effectively capable of emulating any cellular automaton, Turing machine, or any other system that can be translated into a system known to be universal. The outlines of a proof for life's universality were given by Berlekamp, Conway, and Guy (1982) and independently by Gosper (Gardner 1983, pp. 250-253)
Originally posted by frogstompA Turing machine is dependent upon what, exactly?
will this help? I realize it's not a differential equation
Life[m_List?MatrixQ,
{g1_Integer?NonNegative,g2_Integer?NonNegative}]:=
CellularAutomaton[
{ 224, {2,{{2,2,2},{2,1,2},{2,2,2}}}, {1,1} }, {m,0}, g2,
{ {g1,g2}, Automatic }] /; g2>=g1
Amazingly, life is a universal cellular automaton, in the sense that it is eff ...[text shortened]... n by Berlekamp, Conway, and Guy (1982) and independently by Gosper (Gardner 1983, pp. 250-253)
Originally posted by FreakyKBHmore than happy to help you out:
A Turing machine is dependent upon what, exactly?
A Turing machine is a theoretical computing machine invented by Alan Turing (1937) to serve as an idealized model for mathematical calculation. A Turing machine consists of a line of cells known as a "tape" that can be moved back and forth, an active element known as the "head" that possesses a property known as "state" and that can change the property known as "color" of the active cell underneath it, and a set of instructions for how the head should modify the active cell and move the tape (Wolfram 2002, pp. 78-81). At each step, the machine may modify the color of the active cell, change the state of the head, and then move the tape one unit to the left or right.
Originally posted by FreakyKBHCause and meaning in the real world are bound up by the rules that govern all behaviour (the ones you listed at the start of the thread).
Thank you for the head's up.
The point, of course, was that a Turing machine can only imitate when it is told what to do. In other words, it requires an outside agency to feed it commands. Cause and meaning are bound up within the machines symbols.
Originally posted by XanthosNZAnd yet, from the sound of it, natural selection is fitting into an agency modality without actually being the same. Is natural selection a force of nature?
Cause and meaning in the real world are bound up by the rules that govern all behaviour (the ones you listed at the start of the thread).
1 edit
Originally posted by FreakyKBHyou're forgeting randomization. which is why I pointed out the diffusion equation, which is a partial differential equation.
Thank you for the head's up.
The point, of course, was that a Turing machine can only imitate when it is told what to do. In other words, it requires an outside agency to feed it commands. Cause and meaning are bound up within the machines symbols.
You must check out " bSerene " before you say "requires an outside agency"
Originally posted by frogstompYou'll have to forgive my ignorance on this one. Are you referring to a computer game? If not, or if so, any recommended links?
you're forgeting randomization. which is why I pointed out the diffusion equation, which is a partial differential equation.
You must check out " bSerene " before you say "requires an outside agency"