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exploring astronomy photography of outer space universe

Exploring Astronomy Photography Of Outer Space Universe

s^{2} = L_{1}^{2} - c^{2} \Delta t_{1}^{2} = L_{2}^{2} - c^{2} \Delta t_{2}^{2}
where c is the speed of light. According to special relativity, one can change a spatial and time separation (L1, Δt1) into another (L2, Δt2) by changing one's reference frame, as long as the change maintains the spacetime interval s. Such a change in reference frame corresponds to changing one's motion; in a moving frame, lengths and times are different from their counterparts in a stationary reference frame. The precise manner in which the coordinate and time differences change with motion is described by the Lorentz transformation.

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Filename:612288.jpg
Album name:Earth & Universe
Rating (1 votes):55555
Keywords:#exploring #astronomy #photography #outer #space #universe
Filesize:51 KiB
Date added:Mar 04, 2014
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URL:displayimage.php?pid=612288
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