Transparent debris effect: Difference between revisions
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{{Glossary}} | {{Glossary}} | ||
A '''transparent debris effect''' is a reaction in which a [[Herschel]] or other active region destroys a [[still life]], then later, having passed through the place where the still life was, recreates the still life in its original position. The transparent block reaction, shown below, is an example of this phenomenon. | A '''transparent debris effect''' is a reaction in which a [[Herschel]] or other active region destroys a [[still life]], then later, having passed through the place where the still life was, recreates the still life in its original position. The transparent block reaction, shown below, is an example of this phenomenon. | ||
Transparent debris can reappear on its own (like in [[SW-2]]) or with help from catalysts (like in [[Bandersnatch]]). Because it is the most common still life, the block has the greatest chance of showing a transparent debris effect. | |||
==Transparent block reaction== | ==Transparent block reaction== | ||
Revision as of 14:28, 30 July 2021
A transparent debris effect is a reaction in which a Herschel or other active region destroys a still life, then later, having passed through the place where the still life was, recreates the still life in its original position. The transparent block reaction, shown below, is an example of this phenomenon.
Transparent debris can reappear on its own (like in SW-2) or with help from catalysts (like in Bandersnatch). Because it is the most common still life, the block has the greatest chance of showing a transparent debris effect.
Transparent block reaction
The transparent block reaction is a certain reaction between a block and a B-heptomino in which the block reappears in its original place some time later, the reaction having effectively passed through it. It was found by David Buckingham in 1988. It has been used in some Herschel conduits, and in the gunstars.