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	==Abstract==		==Abstract==

	Smoot and the COBE have an anisotropy in the CMB - found microwavebackground radiation. This one has a motion of the solar system with 370 km /s calculated at coordinates near Tau Leonis in the constellation Leo. On its orbit around the Sun, the Earth moves at about 30 km / s.<br /><br /> <div>A laser beam is perpendicular to the other towards the lion or the direction of Earth's orbit moving wall is directed, despite many attempts nodelay of the laser light spot is observed, because either the carried light fromthe motion of the solar system or the lag due to the change in direction by the moving Mirror compensated.<br />Despite this, four times a year, u.zw. a few days in early February, late April,late July and early November, a slight shift depending on the time of theobserved through a prism redirected laser beam at a greater distance. </div> <div><br />Now, on Mar 13, Tau Leonis in opposition to the sun, so sun-earth-lion on aline, so that pushes the sun on this day the Earth in the direction of Leohimself. The observed shifts in early February and late April were just 5 1 / 2 weeks before and after the opposition point, that in late July and early November just 7 1 / 2 weeks before and after the conjunction of Tau Leonis on14.Sept. </div> <div><br />This suggests that the movement of the solar system towards lion in the cosmic background radiation is a disturbance in the manner of a "bow wave"caused. The Earth crosses on its orbit around the Sun four times a year thisfault zone. (Fig. 1) The laser beam could it short of that failure may be slowedin a medium, so that the light spot falls depending on the movement of the wall, an effect not from the velocity of wall motion results, but only because of theslowdown in Laser beam. </div>[[Category:Scientific Paper]]		Smoot and the COBE have an anisotropy in the CMB - found microwavebackground radiation. This one has a motion of the solar system with 370 km /s calculated at coordinates near Tau Leonis in the constellation Leo. On its orbit around the Sun, the Earth moves at about 30 km / s.<br /><br /> <div>A laser beam is perpendicular to the other towards the lion or the direction of Earth's orbit moving wall is directed, despite many attempts nodelay of the laser light spot is observed, because either the carried light fromthe motion of the solar system or the lag due to the change in direction by the moving Mirror compensated.<br />Despite this, four times a year, u.zw. a few days in early February, late April,late July and early November, a slight shift depending on the time of theobserved through a prism redirected laser beam at a greater distance. </div> <div><br />Now, on Mar 13, Tau Leonis in opposition to the sun, so sun-earth-lion on aline, so that pushes the sun on this day the Earth in the direction of Leohimself. The observed shifts in early February and late April were just 5 1 / 2 weeks before and after the opposition point, that in late July and early November just 7 1 / 2 weeks before and after the conjunction of Tau Leonis on14.Sept. </div> <div><br />This suggests that the movement of the solar system towards lion in the cosmic background radiation is a disturbance in the manner of a "bow wave"caused. The Earth crosses on its orbit around the Sun four times a year thisfault zone. (Fig. 1) The laser beam could it short of that failure may be slowedin a medium, so that the light spot falls depending on the movement of the wall, an effect not from the velocity of wall motion results, but only because of theslowdown in Laser beam. </div>

			[[Category:Scientific Paper\|laser experiment prisms]]

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{{Infobox paper
| title = Laser Experiment with Prisms
| url = [http://www.naturalphilosophy.org/pdf/abstracts/abstracts_5886.pdf Link to paper]
| author = [[Erich Wanek]]
| keywords = [[Laser]]
| published = 2010
| journal = [[None]]
| num_pages = 4
}}

'''Read the full paper''' [http://www.naturalphilosophy.org/pdf/abstracts/abstracts_5886.pdf here]

==Abstract==

Smoot and the COBE have an anisotropy in the CMB - found microwavebackground radiation. This one has a motion of the solar system with 370 km /s calculated at coordinates near Tau Leonis in the constellation Leo. On its orbit around the Sun, the Earth moves at about 30 km / s.<br /><br /> <div>A laser beam is perpendicular to the other towards the lion or the direction of Earth's orbit moving wall is directed, despite many attempts nodelay of the laser light spot is observed, because either the carried light fromthe motion of the solar system or the lag due to the change in direction by the moving Mirror compensated.<br />Despite this, four times a year, u.zw. a few days in early February, late April,late July and early November, a slight shift depending on the time of theobserved through a prism redirected laser beam at a greater distance. </div> <div><br />Now, on Mar 13, Tau Leonis in opposition to the sun, so sun-earth-lion on aline, so that pushes the sun on this day the Earth in the direction of Leohimself. The observed shifts in early February and late April were just 5 1 / 2 weeks before and after the opposition point, that in late July and early November just 7 1 / 2 weeks before and after the conjunction of Tau Leonis on14.Sept. </div> <div><br />This suggests that the movement of the solar system towards lion in the cosmic background radiation is a disturbance in the manner of a "bow wave"caused. The Earth crosses on its orbit around the Sun four times a year thisfault zone. (Fig. 1) The laser beam could it short of that failure may be slowedin a medium, so that the light spot falls depending on the movement of the wall, an effect not from the velocity of wall motion results, but only because of theslowdown in Laser beam. </div>[[Category:Scientific Paper]]

Laser Experiment with Prisms - Revision history

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