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Gravitational Lensing

This online annotated bibliography corresponds to the American Journal of Physics Resource Letter "Gravitational Lensing" by Tommaso Treu, Phil Marshall and Douglas Clowe (2012). It is maintained by us, the authors, and represents our own opinions and biases. The browser title "Best Content in Gravitational Lensing" may therefore be misleading! If we have missed a link that should be posted here, please do get in touch by email. A PDF version of the 2012 resource letter can be obtained from the arxiv.

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Maximum-entropy weak lens reconstruction: improved methods and application to data: P. ... - 0 views

adsabs.harvard.edu/...2002MNRAS.335.1037M

advanced weak paper

shared by Douglas Clowe on 28 May 12 - No Cached

Douglas Clowe on 28 May 12

This paper presents a method of doing a weak lensing mass reconstruction using a maximum entropy algorithm (A).

<div class="cArrow"> </div><div class="cContentInner">This paper presents a method of doing a weak lensing mass reconstruction using a maximum entropy algorithm (A).</div>

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Strong and weak lensing united: M. Bradac, P. Schneider, M. Lombardi, T. Erben, Astron.... - 0 views

adsabs.harvard.edu/...2005A%26A...437...39B

advanced strong weak paper

shared by Douglas Clowe on 28 May 12 - No Cached

Douglas Clowe on 28 May 12

This paper presents a maximum likelihood method for performing mass reconstructions using both weak and strong lensing data (A).

<div class="cArrow"> </div><div class="cContentInner">This paper presents a maximum likelihood method for performing mass reconstructions using both weak and strong lensing data (A).</div>

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The Cosmic Lens All-Sky Survey - II. Gravitational lens candidate selection and follow-... - 0 views

adsabs.harvard.edu/...2003MNRAS.341...13B

advanced strong paper surveys

shared by Tommaso Treu on 30 May 12 - No Cached

Tommaso Treu on 30 May 12

The CLASS survey involved a hierarchical tree of ever-higher resolution radio imaging of flat spectrum radio sources with unusual morphologies. By focusing on the sources, not the lenses, the team was able to select the first well-defined, statistically complete sample of lensed objects. (A)

<div class="cArrow"> </div><div class="cContentInner">The CLASS survey involved a hierarchical tree of ever-higher resolution radio imaging of flat spectrum radio sources with unusual morphologies. By focusing on the sources, not the lenses, the team was able to select the first well-defined, statistically complete sample of lensed objects. (A)</div>

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Dark Matter: Sci. Am. (multimedia interactive feature), Nov. 2010 - 0 views

www.scientificamerican.com/...landing.html

intermediate demo

shared by Phil Marshall on 14 Jan 12 - No Cached

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