Clock insertion - Revision history

Confocal: cat

2022-11-26T13:55:10Z

cat

← Older revision		Revision as of 13:55, 26 November 2022
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	==External links==		==External links==
	* {{LinkLexicon\|lex_c.htm#clockinsertion}}		* {{LinkLexicon\|lex_c.htm#clockinsertion}}

			[[Category:Synthesis]]

Confocal at 04:37, 11 November 2022

2022-11-11T04:37:28Z

← Older revision		Revision as of 04:37, 11 November 2022
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	\|pname = clockinsertion		\|pname = clockinsertion
	\|position = center		\|position = center
	\|viewerconfig = #C [[ ZOOM 8 THUMBSIZE 2 WIDTH 640 HEIGHT 640 AUTOSTART PAUSE 3 LOOP ~~200~~ ]]		\|viewerconfig = #C [[ ZOOM 10 THUMBSIZE 2 WIDTH 640 HEIGHT 640 GPS 12 THEME Book AUTOSTART T 0 PAUSE 3 T 36 PAUSE 1 T 72 PAUSE 1 T 92 PAUSE 1 T 149 PAUSE 1 LOOP 150 ]]
	}}		}}

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	==External links==		==External links==
	{{LinkLexicon\|lex_c.htm#clockinsertion}}		* {{LinkLexicon\|lex_c.htm#clockinsertion}}

Book: animate viewer

2022-11-10T22:15:36Z

animate viewer

← Older revision		Revision as of 22:15, 10 November 2022
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	\|pname = clockinsertion		\|pname = clockinsertion
	\|position = center		\|position = center
	\|viewerconfig = #C [[ ZOOM 8 THUMBSIZE 2 WIDTH 640 HEIGHT 640 ]]		\|viewerconfig = #C [[ ZOOM 8 THUMBSIZE 2 WIDTH 640 HEIGHT 640 AUTOSTART PAUSE 3 LOOP 200 ]]
	}}		}}

Ian07: i hope this is the right ref?

2020-03-18T03:53:10Z

i hope this is the right ref?

← Older revision		Revision as of 03:53, 18 March 2020
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	}}		}}

	In {{year\|2015}}, [[Chris Cain]] used this reaction to demonstrate conclusively that any unidirectional glider salvo, no matter how large or tightly packed, can be constructed by collisions between gliders that are initially separated by any finite distance. As a corollary, because all [[glider synthesis\|glider syntheses]] are made up of two to four unidirectional salvos, any [[glider-constructible]] object has a synthesis that starts with every glider at least ''N'' cells away from every other glider (for any chosen ''N'').		In {{year\|2015}}, [[Chris Cain]] used this reaction to demonstrate conclusively that any unidirectional glider salvo, no matter how large or tightly packed, can be constructed by collisions between gliders that are initially separated by any finite distance.<ref name="post23813" /> As a corollary, because all [[glider synthesis\|glider syntheses]] are made up of two to four unidirectional salvos, any [[glider-constructible]] object has a synthesis that starts with every glider at least ''N'' cells away from every other glider (for any chosen ''N'').

			==References==
			<references>
			<ref name="post23813">{{LinkForumThread
			\|format = ref
			\|title = Re: Splitters with common SL
			\|p = 23813
			\|author = Chris Cain
			\|date = October 14, 2015
			}}</ref>
			</references>

	==External links==		==External links==
	{{LinkLexicon\|lex_c.htm#clockinsertion}}		{{LinkLexicon\|lex_c.htm#clockinsertion}}

Apple Bottom: Per Lex

2018-03-14T18:53:34Z

Per Lex

New page

{{Glossary}}
'''Clock insertion''' is a uniquely effective method of adding a [[glider]] to the front edge of a [[salvo]], by first constructing a [[clock]], then converting it to a glider using a one-bit [[spark]]. Here it rebuilds a sabotaged glider in a deep pocket between other gliders:

{{EmbedViewer
|pname = clockinsertion
|position = center
|viewerconfig = #C [[ ZOOM 8 THUMBSIZE 2 WIDTH 640 HEIGHT 640 ]]
}}

In {{year|2015}}, [[Chris Cain]] used this reaction to demonstrate conclusively that any unidirectional glider salvo, no matter how large or tightly packed, can be constructed by collisions between gliders that are initially separated by any finite distance. As a corollary, because all [[glider synthesis|glider syntheses]] are made up of two to four unidirectional salvos, any [[glider-constructible]] object has a synthesis that starts with every glider at least ''N'' cells away from every other glider (for any chosen ''N'').

==External links==
{{LinkLexicon|lex_c.htm#clockinsertion}}