Error Analysis of Simulated Einstein Rings under the Membrane Paradigm

by Stefan von Weber and Alexander von Eye .

Abstract: Einstein rings belong to the most impressive optical phenomena of astronomy. We simulated such rings, respectively, parts of such rings, under the membrane paradigm. The membrane paradigm uses the cosmological model of a 3D elastic membrane spanned in a 4D bulk space. A homogenous vector field acts perpendicularily on this membrane and causes, in addition to other effects, gravitation and dark matter. The Cosmic Membrane Theory (CMT) yields directly Newton’s law of universal gravitation, and is able to explain gravitation itself as well as all gravitational effects as light bending, the perihelion precession, gravitational waves, and the De Sitter precession (also called geodesic precession). The simulations cover Einstein rings inside and outside the image of the lensing galaxy, and take into account rotational angles of the lensing galaxy. Statistical error analysis is used to decompose residuals into errors and artifacts that are due to the methods of simulation.

Key Words: None

Stefan von Weber,
Alexander von Eye,

Editor: Graf, R. G.,

READING THE ARTICLE: You can read the article in portable document (.pdf) format (1802120 bytes.)
If you have any comments or for further discussion, contact an author.

NOTE: The content of this article is the intellectual property of the authors, who retains all rights to future publication.

This page has been accessed 1153 times since October 7 2013.

Return to the InterStat Home Page.