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← Older revision		Revision as of 04:04, 28 February 2013
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	~~Hi certainly~~, ~~there~~. ~~My name~~ is ~~Andrew~~. ~~I've always loved living in [http~~://~~Imageshack~~.us/~~photos~~/~~Rhode+Island Rhode Island] but my niece wants us to work~~. ~~Administering databases~~ is a ~~few things i do but soon my [http~~://~~search~~.un.~~org/search?ie~~=~~utf8&site~~=~~un_org&output~~=~~xml_no_dtd&client~~=~~UN_Website_en&num~~=~~10&lr~~=~~lang_en&proxystylesheet~~=~~UN_Website_en&oe~~=~~utf8&q~~=~~lovely+wife&Submit~~=~~Go lovely wife~~] ~~and I~~'~~m going to start much~~ of ~~our business~~. ~~What his family and him love is base jumping and hubby is having to make it a profession~~. ~~Go to her website to learn more: https~~://~~vimeo~~.~~com~~/~~91907673<br><br>Feel free to surf to my homepage :: Ava Rose Porn ([https:~~//~~vimeo.com~~/~~91907673 vimeo~~.~~com~~])		'''Hyperbolic motion''' is the motion of an object with constant [[proper acceleration]] in [[special relativity]]. It is called hyperbolic motion because the equation describing the path of the object through [[spacetime]] is a [[hyperbola]], as can be seen when graphed on a [[Minkowski diagram]].

			The proper acceleration of a particle is defined as the [[acceleration]] that a particle "feels" as it accelerates from one [[inertial reference frame]] to another. This can be derived mathematically as

			:<math>\alpha=\frac{1}{\left(1-u^2/c^2\right)^{3/2}}\frac{du}{dt}</math>,

			where <math>u</math> is the instantaneous speed of the particle. Solving for the equation of motion results in

			:<math>x^2-c^2t^2=c^4/\alpha^2</math>,

			which is a hyperbola.

			Hyperbolic motion is easily visualized on a Minkowski diagram, where the motion of the accelerating particle is along the <math>x</math>-axis. Each hyperbola is defined by

			:<math>X=c^2/\alpha</math>.

			[[Image:HyperbolicMotion.PNG]]
			==See also==
			* [[Rindler coordinates]]
			== References ==
			*{{cite journal \| author=Born, M. \| title=Die Theorie des starren Elektrons in der Kinematik des Relativitäts-Prinzipes \| journal=Ann. Phys. \| year=1909 \| volume=30 \| pages=1 \| doi=10.1002/andp.19093351102\|bibcode = 1909AnP...335....1B }}
			:*Wikisource translation: [[s:Translation:The Theory of the Rigid Electron in the Kinematics of the Principle of Relativity\|The Theory of the Rigid Electron in the Kinematics of the Principle of Relativity]]
			* Ludwik Silberstein (1914) [[List of publications in physics#The Theory of Relativity\|The Theory of Relativity]], page 190.
			* Naber, Gregory L., ''The Geometry of Minkowski Spacetime'', Springer-Verlag, New York, 1992. ISBN 0-387-97848-8 (hardcover), ISBN 0-486-43235-1 (Dover paperback edition). pp 58-60.

			== External links==
			* [http://math.ucr.edu/home/baez/physics/Relativity/SR/rocket.html The Relativistic Rocket, John Baez, UC Riverside]

			[[Category:Theory of relativity]]

82.124.90.211: /* External links */

2012-06-03T15:30:23Z

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Hi certainly, there. My name is Andrew. I've always loved living in [http://Imageshack.us/photos/Rhode+Island Rhode Island] but my niece wants us to work. Administering databases is a few things i do but soon my [http://search.un.org/search?ie=utf8&site=un_org&output=xml_no_dtd&client=UN_Website_en&num=10&lr=lang_en&proxystylesheet=UN_Website_en&oe=utf8&q=lovely+wife&Submit=Go lovely wife] and I'm going to start much of our business. What his family and him love is base jumping and hubby is having to make it a profession. Go to her website to learn more: https://vimeo.com/91907673<br><br>Feel free to surf to my homepage :: Ava Rose Porn ([https://vimeo.com/91907673 vimeo.com])

Hadamard three-circle theorem - Revision history

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