The following sections (and figures) have been abridged out of this post. Makalenin tam sürüm bir PDF dosyası olarak kullanılabilir. () |
3 LTT Effects for Approaching Objects
3.1 Asymmetric Effects
3.2 Time Contraction and Length Expansion
3.3 Higher-Order Perceptual Effects
4. Explanations Based on LTT Effects
4.1 Twins Paradox
4.2 Superluminality and Causality
4.3 Superluminal Motion
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Şekil 2. Illustration of the traditional explanation for the observed superluminal motion. An object expanding at a speed ratio = 0.8, starting from a single point S. The solid circle represents the boundary one second later. The observer is far away on the right hand side, O (at infinite distance). The dashed ellipse is the apparent boundary of the object, as seen by the observer. |
4.4 Symmetric Radio Sources
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Şekil 3. The radio jet and lobes in the hyperluminous radio galaxy Cygnus A. Iki lob içinde sıcak noktaları, çekirdek bölgesi ve jetleri açıkça görülebilir. (Reproduced from an image courtesy of NRAO/AUI.) |
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Şekil 4. The top panel (Bir) shows an object flying along ![]() ![]() ![]() ![]() ![]() ![]() ![]() ![]() ![]() |
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Şekil 5. The apparent angular positions of an object traveling at different speeds at a distance ![]() ![]() ![]() |
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Şekil 6. Time evolution of the redshift from a superluminal object. It shows the redshifts expected from an object moving at ![]() ![]() |