This page provides bacis information and links on the numerical software developed by the research group at the Institute. It comprehends two numerical codes that allow for performing sophisticated calculations of physical processes in the field of strong gravity of highly compact objects such as black holes and neutron stars.
Basic Information
The essence of the LSD code is described in the following Ph.D. thesis:
On some Aspects of Optical Effects in the Vicinity of Black Holes and Neutron Stars
Pavel Bakala (2010)
Advisor: Prof. Zdeněk Stuchlík
Tutor: Dr. Stanislav Hledík
Thesis (pdf 8.9MB); Extended Abstract (pdf 3MB)
Referee Report (Prof. Vladimír Karas)
Referee Report (Prof. Oldřich Semerák)
Advisor Report (Prof. Zdeněk Stuchlík)
The essence of the DMT code is described in the following Ph.D. thesis:
Equations of State and Structure of Neutron Stars
Martin Urbanec (2010)
Advisor: Prof. Zdeněk Stuchlík
Thesis; Extended abstract
Referee Report (Prof. Vladimír Karas)
Referee Report (Prof. John Miller)
Other Related Information
Reports on the two codes presented at the Annual Meeting of CTA, Liblice, Czech Republic, 2009:
Modelling X-Ray Power Spectra Of Hot Spots On Neutron Star Surface And In Thin Accretion Disc
Equation Of State Of Dense Matter And Rotating Neutron Stars
Report on the aims and possibilities of future utilization of the codes:
Relating high-frequency QPOs and neutron-star EOS
The following two theses have a direct relation to astrophysical applications of the LSD and DMT codes:
Oscilations of Disc Structures Around Compact Objects
Eva Šrámková (2010)
Advisor: Prof. Zdeněk Stuchlík
External Advisor: Prof. Marek Abramowicz
Thesis (pdf 6.5MB); Extended abstract (pdf 2MB)
Referee Report (Prof. Vladimír Karas)
Referee Report (Prof. Jan Novotný)
Advisor Report (Prof. Zdeněk Stuchlík)
On Some Aspects of High Frequency Quasiperiodic Oscillations in X-ray Fluxes of Accreting Compact Objects
Gabriel Török (2008)
Advisor: Prof. Zdeněk Stuchlík
External Advisor: Prof. Marek Abramowicz
Extended Abstract (pdf 1.2MB); Thesis (pdf 9MB)
Referee report (Prof. Vladimír Karas)
Referee report (Prof. John Miller)
Advisor report (Prof. Zdeněk Stuchlík)
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