Difference between revisions of "Photon/Wave Mechanics"
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| − | {{TechInfoBox|desc=Control light itself|military=3|tech=2|infra=2|colonize=0|preq=E=Mc2|preq2=Alloys|enables=ProbMec|armor=[[Photon Wall]]|quote=Time dilates as the speed of light approaches. To the extent that<br /> | + | {{TechInfoBox|logo=[[File:Photon-Wave Mechanics.png|215px]]|desc=Control light itself|military=3|tech=2|infra=2|colonize=0|preq=E=Mc2|preq2=Alloys|enables=ProbMec|armor=[[Photon Wall]]|quote=Time dilates as the speed of light approaches. To the extent that<br /> |
light consists of particles, it is in its own way timeless. Through<br /> | light consists of particles, it is in its own way timeless. Through<br /> | ||
simple perturbations of the temporal manifold, we can refract or<br /> | simple perturbations of the temporal manifold, we can refract or<br /> | ||
Latest revision as of 07:57, 26 April 2013
| Photon/Wave Mechanics | |
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| Requires | Applied Relativity, Silksteel Alloys |
| Leads to | Probability Mechanics |
| Armor | Photon Wall |
light consists of particles, it is in its own way timeless. Through
simple perturbations of the temporal manifold, we can refract or
repel photons most efficiently.
- —Academician Prokhor Zakharov,
- “Now We Are Alone”
- —Academician Prokhor Zakharov,
Physicists had puzzled over the mystery of light for centuries: Why does light exhibit properties characteristic of both a wave and a particle? In 1924, Prince Louis-Victor de Broglie, a French scientist, proved that all particles actually possess a wave aspect, which explained how light can act as a wave even though it does consist of particles, called photons. Following breakthroughs in Silksteel Alloys and Applied Relativity, subsequent scientific inquiry focuses on the manipulation of Photon/Wave Mechanics so that light, even powerful laser beams or intense solar emissions, can be diffused and warped as needed.
