Crimes against physical constants: Difference between revisions
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File:Tesla with ray gun.jpg|link=Nikola Tesla|Electrical engineer and crime-fighter [[Nikola Tesla]] uses [[Gnomon algorithm]] techniques to detect and prevent crimes against | File:Curie_and_radium_by_Castaigne.jpg|link=Radium (nonfiction)|1899: Marie and Pierre Curie use [[Radium (nonfiction)|radium]] to detect and expose crimes against physical constants. | ||
File:Tesla with ray gun.jpg|link=Nikola Tesla|Electrical engineer and crime-fighter [[Nikola Tesla]] uses [[Gnomon algorithm]] techniques to detect and prevent crimes against physical constants. | |||
File:Tullio Regge.jpg|link=Tullio Regge (nonfiction)|2009: Physicist and crime-fighter [[Tullio Regge (nonfiction)|Tullio Regge]] uses spin foam models to detect and prevent crimes against physics, warns that quantum gravity "may still be at risk." | File:Tullio Regge.jpg|link=Tullio Regge (nonfiction)|2009: Physicist and crime-fighter [[Tullio Regge (nonfiction)|Tullio Regge]] uses spin foam models to detect and prevent crimes against physics, warns that quantum gravity "may still be at risk." | ||
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Revision as of 18:28, 21 February 2018
Crimes against physical constants (or simply crimes against physics) are crimes committed against the motion of matter through space and time.
Variants:
- Crimes against light
- Crimes against gravity
- Crimes against momentum
- Crimes against velocity
- Crimes against electroweak force
Most crimes against physics are based on crimes against mathematical constants.
Many crimes against physical constants overlap with, or actively collaborate with, crimes against chemical constants.
In the News
1899: Marie and Pierre Curie use radium to detect and expose crimes against physical constants.
Electrical engineer and crime-fighter Nikola Tesla uses Gnomon algorithm techniques to detect and prevent crimes against physical constants.
2009: Physicist and crime-fighter Tullio Regge uses spin foam models to detect and prevent crimes against physics, warns that quantum gravity "may still be at risk."
Fiction cross-reference
- Crimes against astronomical constants
- Crimes against chemical constants
- Crimes against mathematical constants