Würzburg 2018 –
wissenschaftliches Programm
GR 8: Poster session (permanent)
Mittwoch, 21. März 2018, 18:00–19:30, Phys-SR-SE2
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18:00 |
GR 8.1 |
Frequency Spectrum of an Optical Resonator in Curved Spacetime — Dennis Rätzel, •Fabienne Schneiter, Daniel Braun, Tupac Bravo, Richard Howl, Maximilian P. E. Lock, and Ivette Fuentes
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18:00 |
GR 8.2 |
Relativistic Interactive Flight Simulation — •Stephan Preiß
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18:00 |
GR 8.3 |
Quantum gravity without additional theory - Compatibility of Schwarzschild metric and quantum mechanics — •René Friedrich
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18:00 |
GR 8.4 |
Scalarization of neutron stars with realistic equations of state — •Zahra Altaha Motahar, Jose Luis Blazquez-Salcedo, Burkhard Kleihaus, and Jutta Kunz
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18:00 |
GR 8.5 |
Flying through a Kerr black hole -- Visualizations — •Thomas Reiber
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18:00 |
GR 8.6 |
Sektormodelle gekrümmter Raumzeiten — •Corvin Zahn und Ute Kraus
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18:00 |
GR 8.7 |
Satellite Dynamics and Formation Flight Simulator: Design, Analysis, and Optimization of future geodesy missions — Takahiro Kato, Wöske Florian, Rievers Benny, and •List Meike
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18:00 |
GR 8.8 |
MICROSCOPE: A space mission to test the Weak Equivalence Principle — Stefanie Bremer, Meike List, •Benny Rievers, and Hanns Selig
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18:00 |
GR 8.9 |
Circular motion in NUT space-time — •Pavel Jefremov and Volker Perlick
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18:00 |
GR 8.10 |
Relativistic accretion of charged dust in Kerr-Newman spacetime — •Kris Schroven, Eva Hackmann, and Claus Lämmerzahl
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18:00 |
GR 8.11 |
Relativistic geodesy: the geoid and leveling — •Dennis Philipp
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18:00 |
GR 8.12 |
Galilean relativity with the relativistic gamma factor. — •Osvaldo Domann
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18:00 |
GR 8.13 |
The Question of Dark Energy — •Albrecht Giese
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18:00 |
GR 8.14 |
Possible experimental proof of Lorentz interpretation (LI) of GRT — •Jürgen Brandes
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18:00 |
GR 8.15 |
Dark Matter Problem solved by Modified Gravitation — •Albrecht Giese
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