CIPKO, Alois, Stanislav HLEDÍK and Zdeněk STUCHLÍK. Visualizing Spacetimes via Embedding Diagrams. In Albert Einstein Century Conference Paris. United States of America: American Institute of Physics, 2006, p. "A39"-"A40", 2 pp. ISBN 978-0-7354-0359-8.
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Basic information
Original name Visualizing Spacetimes via Embedding Diagrams
Name (in English) Visualizing Spacetimes via Embedding Diagrams
Authors CIPKO, Alois, Stanislav HLEDÍK and Zdeněk STUCHLÍK.
Edition United States of America, Albert Einstein Century Conference Paris, p. "A39"-"A40", 2 pp. 2006.
Publisher American Institute of Physics
Other information
Type of outcome Proceedings paper
Field of Study 10308 Astronomy
Confidentiality degree is not subject to a state or trade secret
Organization unit Faculty of Philosophy and Science in Opava
ISBN 978-0-7354-0359-8
Keywords in English Black holes, Naked singularities, Ordinary geometry, Optical reference geometry, Embedding diagram
Tags FÚ, MSM4781305903, sbornik
Tags International impact
Links MSM4781305903, plan (intention).
Changed by Changed by: Mgr. Pavlína Jalůvková, učo 25213. Changed: 8/12/2020 13:43.
Abstract
A~simple but powerful way how to achieve imagination of curved spacetimes is visualizing them via embedding diagrams of both ordinary geometry and optical reference geometry. They facilitate to gain an intuitive insight into the gravitational field rendered into a curved spacetime, and to assess the influence of parameters like electric charge and spin of a black hole, magnetic field or cosmological constant. Optical reference geometry and related inertial forces and their relationship to embedding diagrams are particularly useful for investigation of test particles motion. Embedding diagrams of static and spherically symmetric, or stationary and axially symmetric black-hole and naked-singularity spacetimes thus present a useful concept for intuitive understanding of these spacetimes' nature.
Abstract (in English)
A~simple but powerful way how to achieve imagination of curved spacetimes is visualizing them via embedding diagrams of both ordinary geometry and optical reference geometry. They facilitate to gain an intuitive insight into the gravitational field rendered into a curved spacetime, and to assess the influence of parameters like electric charge and spin of a black hole, magnetic field or cosmological constant. Optical reference geometry and related inertial forces and their relationship to embedding diagrams are particularly useful for investigation of test particles motion. Embedding diagrams of static and spherically symmetric, or stationary and axially symmetric black-hole and naked-singularity spacetimes thus present a useful concept for intuitive understanding of these spacetimes' nature.
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