High-energy literature: Difference between revisions
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File:Bacteriophage Exterior.svg|link=Extract of Radium|Caution: mixing [[Extract of Radium]] with high-energy literature generates four-dimensional bacteriophages. | File:Bacteriophage Exterior.svg|link=Extract of Radium|Caution: mixing [[Extract of Radium]] with high-energy literature generates four-dimensional bacteriophages. | ||
File:Hydrogen_bubble_chamber.jpg|Hydrogen bubble chamber used to suspend disbelief in high-energy literature. | File:Hydrogen_bubble_chamber.jpg|Hydrogen bubble chamber used to suspend disbelief in high-energy literature. | ||
Collapse_of_Meuse_bridge_at_Maastricht_in_1275.jpg|Collapse of Meuse bridge (1275) stimulates [[The Frantic Doxologist|frantic doxology]]. | Collapse_of_Meuse_bridge_at_Maastricht_in_1275.jpg|Collapse of Meuse bridge (1275) stimulates [[The Frantic Doxologist|frantic doxology]]. Bridge collapse can be averted using literary devices such as Cherenkov radiation. | ||
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Revision as of 09:20, 14 June 2016
High-energy literature is literature which uses techniques from high-energy physics.
Well-known works of high-energy literature include The Taking of Pelham 3.1415.
In the News
George Plimpton pleased with results of high-energy literature experiment.
Caution: mixing Extract of Radium with high-energy literature generates four-dimensional bacteriophages.
Hydrogen bubble chamber used to suspend disbelief in high-energy literature.
Collapse of Meuse bridge (1275) stimulates frantic doxology. Bridge collapse can be averted using literary devices such as Cherenkov radiation.
