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Singularity Theory and Gravitational Lensing

BuchKartoniert, Paperback
603 Seiten
Englisch
Springererschienen am21.10.2012Softcover reprint of the original 1st ed. 2001
Roughly one third of this energy density of the universe is "dark matter," matter that clusters gravitationally but does not emit light. However, most of the energy density of the universe appears to be in an even stranger form: energy associated with empty space.mehr
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Produkt

KlappentextRoughly one third of this energy density of the universe is "dark matter," matter that clusters gravitationally but does not emit light. However, most of the energy density of the universe appears to be in an even stranger form: energy associated with empty space.
Details
ISBN/GTIN978-1-4612-6633-4
ProduktartBuch
EinbandartKartoniert, Paperback
Verlag
Erscheinungsjahr2012
Erscheinungsdatum21.10.2012
AuflageSoftcover reprint of the original 1st ed. 2001
ReiheProgress in Mathematical Physics
Seiten603 Seiten
SpracheEnglisch
Gewicht1171 g
IllustrationenXXV, 603 p.
Artikel-Nr.30047655

Inhalt/Kritik

Inhaltsverzeichnis
I. INTRODUCTION.- 1 Historical Highlights.- 2 Central Problems.- II. ASTROPHYSICAL ASPECTS.- 3 Basic Physical Concepts.- 4 Physical Applications.- 5 Observations of Gravitational Lensing.- III. MATHEMATICAL ASPECTS.- 6 Time Delay and Lensing Maps.- 7 Critical Points and Stability.- 8 Classification and Genericity of Stable Lens Systems.- 9 Local Lensing Geometry.- 10 Morse Inequalities.- 11 Counting Lensed Images: Single-Plane Case.- 12 Counting Lensed Images: Multiplane Case.- 13 Total Magnification.- 14 Computing the Euler Characteristic.- 15 Global Geometry of Caustics.- Index of Notation.mehr
Kritik
"The time is ripe for a comprehensive volume explaining gravitational lensing to mathematicians and reviewing relevant singularity theory for astrophysicists. This is such a book. [It] . . . is accessible and attractive, . . . ranging widely through the history, physics and mathematics to paint a full picture of this . . . theory. This most attractively presented book summarizes current mathematical methods in the field and sets the stage for further exciting developments . . . A collaboration between a mathematical physicist, a mathematician, and a physicist, it has something for everybody."

-Mathematical Reviews

"This is a well-developed monograph on gravitational lensing both from the observational and from the mathematical points of view. However, also independent of the present interest in gravitational lensing, this book is a good source for several types of singularity theories . . . index and bibliography are very well done."

-Zentralblatt Math

"The rather voluminous monograph to be reviewed here covers both astrophysical and mathematicsl aspects of gravitational lensing. The scientific backgrohnd of the three authors guarantees that they are the right persons for such an enterprise. Arlie Petters is one of very few scientists who are competent in mathematics as well as in astrophysics. His coauthors are a pure astrophysicist and a pure matheamtician: Joachim Wambsganss is aleading expert on gravitational lensing as a tool in astrophysics and Harold Levine has made important contributions to the theory of signularities of maps in the 1960s. . . "It is not much of an exaggeration to say that large parts of this monograph can serve as a self-contained matheamtics text-book on the theory of singularites of maps and related subjects, and even a particularly well-written one. So I would not hesitate to recommend it to pure matheamticians who will find a fine exposistion of a subject from their field, along with applicaions to astrophysics which should be very well readable for them. I also recommend the book to pure astrophysicists, because it contains a lot of material which has a high atrophysical relevance. . . If one compares to tbook by Petters, Leven and Wambsganss with the earlier mongraph on gravtiational lenses by Schneider, Ehlers and Falco, one finds that there is not very much overlap. The two books rather complement each other."

---Gen. Relativ. Gravit.mehr

Autor

First monograph to develop a mathematical theory of gravitational
lensing. Introductory chapters present historical highlights and
astrophysical aspects of the subject. Main part of the book employs
ideas and results of singularity theory to put gravitational lensing
on a rigorous mathematical foundation to solve certain key lensing
problems. Many results published for the first time. Includes
examples, illustrations, bibliography and index. For a wide audience
of students, mathematicians, mathematical physicists, astrophysicists,
and physicists.