Difference between revisions of "Ash"

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m (wl density, mention puffers)
m (Technically, some quadratic replicators would survive long enough to produce many offspring.)
 
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The ([[stable]] or [[oscillator|oscillating]]) debris left by a random reaction. Experiments show that for random [[soup]]s with moderate initial densities (say 0.25 to 0.5) the resulting ash has a [[density]] of about 0.0287. (This is, of course, based on what happens in finite fields. In infinite fields the situation may conceivably be different in the long run because of the effect of certain initially very rare objects such as [[puffer]]s and [[replicator]]s.)
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{{Glossary}}
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'''Ash''' (less commonly '''junk''' or '''debris''') is the ([[stable]] or [[oscillator|oscillating]]) debris left by a random pattern or reaction. Experiments show that for random [[soup]]s with moderate initial densities (say 0.25 to 0.5), the resulting ash has a [[density]] of about 0.0287. (This is, of course, based on what happens in finite fields. In infinite fields the situation may conceivably be different in the long run because of the effect of certain initially very rare objects, like quadratic replicators which happen to survive long enough to produce a large enough "colony" that can survive knocking into ash.)
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== External links ==
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{{LinkLexicon|lex_a.htm#ash}}

Latest revision as of 23:39, 8 July 2019

Ash (less commonly junk or debris) is the (stable or oscillating) debris left by a random pattern or reaction. Experiments show that for random soups with moderate initial densities (say 0.25 to 0.5), the resulting ash has a density of about 0.0287. (This is, of course, based on what happens in finite fields. In infinite fields the situation may conceivably be different in the long run because of the effect of certain initially very rare objects, like quadratic replicators which happen to survive long enough to produce a large enough "colony" that can survive knocking into ash.)

External links