All peer-reviewed publications:
There two easy ways to find a nearly up-to-date and correct list of my peer-reviewed publications:
 Click on the
ResearcherID
button to see my publications. The advatange of this system is that I
have verified that I am an author all the shown publications. Also this
system only includes 'proper' peer reviewed publications. The
disadvantage of this system is that it is usually not completely
up-to-date as I only verify publications once a year or so.
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 Click on the button
above to
see my publications as listed by the SAO/NASA Astrophysics Data System
(ads). The advatange
of this system is automatically always up-to-date. The disadvantage of
this system is that it not only includes peer-reviewed articles, but
also anything that appears on the arxiv. In addtion as I cannot verify
the listed publications, there could be publications from other
'S.Hild' be included.
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Some Interesting Design Documents:
These are examples of designs for existing and future gravitational wave detectors to which I significantly contributed:
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| Advanced
Virgo
is
a 2nd generation gravtita-tional wave detector with 4km arm
length situated in Pisa, Italy. The design we developed obtained the
project funding in 2009. |
The
Einstein Telescope (ET) is
a design study for a European 3rd generation gravitational
wave observatory. ET will be made of three 10km underground
interferometers with an anticipated budget of about 1 billion Euros. |
This
document describes a strawman design of an advanced LIGO upgrade that
can potentially increase the binary neutron star inspiral range to more
than 600 Mpc and therefore increase the event rate by about a factor
30-40. |
First author publications:
Below you find a list of my first author publications. Please just click on the screenshot to get to the full articles.
 This article was selected by the CQG Editorial Board for the 2008-2009 CQG Highlights.  This article was selected by the CQG Editorial Board for the 2009-2010 CQG Highlights.         |
My Theses:
Just in case anybody might be curious to have a look at my theses:
"Beyond the first Generation: Extending the science range of the Gravitational Wave Detector GEO600"
PhD Thesis of Stefan Hild, Leibniz University Hannover, Febuary 2007.
PDF-file of full document (8 MB)
"Thermisch ducrhstimmbares Signal-Recycling für den Gravitationswellendetektor GEO600",
Diploma Thesis of Stefan Hild, University Hannover, November 2003.
download full thesis (german, pdf, 12 MB)