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| − | '''Quantum mechanics''' is a physical theory, more colloquially referred to as Quantum Physics, which describes [[atom]]s and other extremely small objects and produces results that are different from classical mechanics. In the [[Quantum level|quantum]] world, objects can pass through each other intact. It describes many of the anomalies found at a very small level. [[Computer]]s may use the theory, particularly in [[trinary code|trinary]] or [[quad]]ratic |
+ | '''Quantum mechanics''' is a physical theory, more colloquially referred to as Quantum Physics, which describes [[atom]]s and other extremely small objects and produces results that are different from classical mechanics. In the [[Quantum level|quantum]] world, objects can pass through each other intact. It describes many of the anomalies found at a very small level. [[Computer]]s may use the theory, particularly in [[trinary code|trinary]] or [[quad]]ratic [[code]]s. |
==Quantum technologies== |
==Quantum technologies== |
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Revision as of 17:47, 9 February 2007
Quantum mechanics is a physical theory, more colloquially referred to as Quantum Physics, which describes atoms and other extremely small objects and produces results that are different from classical mechanics. In the quantum world, objects can pass through each other intact. It describes many of the anomalies found at a very small level. Computers may use the theory, particularly in trinary or quadratic codes.
Quantum technologies
- Quantum beacon
- Quantum dating
- Quantum discriminator
- Quantum resonance charge
- Quantum slipstream drive
- Quantum stasis field
- Quantum torpedo
- Quantum warp field