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- Q4461978 subject Q7451559.
- Q4461978 subject Q8596994.
- Q4461978 abstract "In computational complexity theory, a transcomputational problem is a problem that requires processing of more than 1093 bits of information. Any number greater than 1093 is called a transcomputational number. The number 1093, called Bremermann's limit, is, according to Hans-Joachim Bremermann, the total number of bits processed by a hypothetical computer the size of the Earth within a time period equal to the estimated age of the Earth. The term transcomputational was coined by Bremermann.".
- Q4461978 wikiPageWikiLink Q1075.
- Q4461978 wikiPageWikiLink Q110079.
- Q4461978 wikiPageWikiLink Q169342.
- Q4461978 wikiPageWikiLink Q2.
- Q4461978 wikiPageWikiLink Q2014823.
- Q4461978 wikiPageWikiLink Q205084.
- Q4461978 wikiPageWikiLink Q2083958.
- Q4461978 wikiPageWikiLink Q219320.
- Q4461978 wikiPageWikiLink Q2420453.
- Q4461978 wikiPageWikiLink Q25169.
- Q4461978 wikiPageWikiLink Q3799056.
- Q4461978 wikiPageWikiLink Q58778.
- Q4461978 wikiPageWikiLink Q74041.
- Q4461978 wikiPageWikiLink Q7451559.
- Q4461978 wikiPageWikiLink Q7868.
- Q4461978 wikiPageWikiLink Q80831.
- Q4461978 wikiPageWikiLink Q850362.
- Q4461978 wikiPageWikiLink Q8596994.
- Q4461978 wikiPageWikiLink Q908016.
- Q4461978 comment "In computational complexity theory, a transcomputational problem is a problem that requires processing of more than 1093 bits of information. Any number greater than 1093 is called a transcomputational number. The number 1093, called Bremermann's limit, is, according to Hans-Joachim Bremermann, the total number of bits processed by a hypothetical computer the size of the Earth within a time period equal to the estimated age of the Earth. The term transcomputational was coined by Bremermann.".
- Q4461978 label "Transcomputational problem".