MG14 Preliminary Parallel Sessions (...work in progress)
Click on the chairperson's name for the session summary and chairperson information.
The poster session will be held at the Department of Physics (old building, "FISICA Marconi") for the whole week.
The max format of the poster is 100cm x 140cm (width x height).
Campus map with room abbreviations [ Building
maps ]
| Accretion |
| AC1 | A - B | Accretion Processes onto Black Holes: Observation and Modeling (Sandip Chakrabarti) |
| AC2 | MHD processes near compact objects (Sergey Moiseenko) |
| Alternative Theories |
| AT1 | A - B C - D |
Extended Theories of Gravity and Quantum Cosmology (Salvatore Capozziello, Gabriele Gionti) |
| AT2 | A - B | Extended Theories of Gravity and Quantum Cosmology (Salvatore Capozziello, Gabriele Gionti) |
| AT3 | A - B | Wormholes, Energy Conditions and Time Machines (Francisco Lobo) |
| AT4 | Localized self-gravitating field systems in the Einstein and alternatives theories of gravity (Dmitry Galtsov, Michael Volkov) |
| Black Holes: Theory and Observations/Experiments |
| BH1-2-3 | Binary Black Holes as Sources of Multi-messenger Astronomy (Pablo Laguna) | |
| Black holes in binary stellar systems (Anatoly M. Cherepaschuck, Stanislav O. Alexeyev) | ||
| Black holes in galactic nuclei (Anatoly M. Cherepaschuck, Stanislav O. Alexeyev) | ||
| BH4 | A - B | Gravitational fields with sources: From compact objects to black holes (José Lemos, Paolo Pani) |
| BH5 | Geometric approaches to the thermodynamics of black holes (Hernando Quevedo) | |
| BH6 | A - B | Regular and Analogue Black Holes (Stefano Liberati, Carlos Barcelo) |
| BH7-8 | A - B | Black Holes in Higher Dimensions (Black Rings and Black Strings) (Jutta Kunz) Hairy Black Holes (Burkhard Kleihaus) |
| Binaries |
| BN1 | Compact Binaries and Strong-Field Tests of Gravity (Paulo Freire, Michael Kramer) | |
| BN2 | Numerical Analysis of Coalescing Binaries (Masaru Shibata) | |
| BN3 | A - B | Double Neutron Stars and Neutron Star-White Dwarf Binaries (Thomas Tauris) |
| BN4 | End of white dwarfs and type Ia Supernova (Yukikatsu Terada, Keiichi Maeda) | |
| BN5 | Self-forces and small-mass-ratio binaries (Adam Pound) | |
| BN6 | Post-Newtonian and Analytic Approximations (Alexandre Le Tiec) | |
| BN7 | Interfacing analytical and numerical relativity (Ian Hinder) |
| Boson stars |
| BS1 | Black Hole foils, Boson stars (Meike List) | |
| BS2 | Scalar fields in cosmology (Alfredo Macias) | |
| Cosmic Microwave |
| CM1 | Cosmic Microwave Background measurements (Silvia Masi, Paolo de Bernardis) | |
| CM2-3 | A - B | Cosmology with the Cosmic Microwave Background: Implications of Planck and Other Experiments in Temperature and Polarization (Carlo Burigana, Hans Ulrik Nørgaard-Nielsen) |
| Galaxy Clusters as probes for Cosmology and Dark Matter (Piero Rosati) |
| Dark Energy and Large Scale Structure |
| DE1 | A - B | Dark Energy and the Accelerating Universe (Alexei Starobinsky, David Polarski) |
| DE2 | Inhomogeneous Cosmology (Thomas Buchert, Alan Coley, David Wiltshire) | |
| DE3 | Large Scale Structure and Statistics (Thomas Buchert, Hagen Kleinert) |
| Dark Matter |
| DM1 | Interacting Dark Matter (Nikolaos Mavromatos) | |
| DM2 | Results and Strategies in Dark Matter Detection (Pierluigi Belli) | |
| DM3 | Sterile neutrinos and cosmology (Mikhail Shaposhnikov, Alexey Boyarsky, Oleg Ruchayskiy) | |
| DM4 | Self Gravitating Systems and Dark Matter (Marco Merafina) |
| Exact Solutions |
| ES1 | Exact Solutions in Four and Higher Dimensions: Mathematical Aspects (Georgy Alekseev) | |
| ES2 | A - B | Theoretical Issues in GR (Dieter Brill) |
| ES3 | Exact Solutions (Physical Aspects) (Susan Scott) |
| Early Universe |
| EU1 | Semiclassical and Quantum Cosmology (Paulo Vargas Moniz) | |
| EU2 | Quantum Fields (Vladimir Belinski) | |
| EU3 | Cosmological Singularities and Asymptotics (Spiros Cotsakis) |
| Gamma Ray Bursts |
| GB1 | Fast radio bursts: observations, ideas and prospects (Bing Zhang, Duncan Lorimer) | |
| GB2 | The energy compositions and acceleration processes of GRB jets (Shiho Kobayashi, Stefano Covino) | |
| GB3 | Cosmology from GRBs (Lorenzo Amati, Massimo Della Valle) | |
| GB4 | Photospheric Emission in GRBs (Gregory Vereshchagin, J. Michael Burgess) | |
| GB5 | A - B | GRBs and the Afterglow (Chris L. Fryer, Grant J. Mathews) |
| Gravitational Lensing |
| GL2 | Statistics and Geometry of Weak Lensing Data (Domenico Marinucci) | |
| GL3 | Gravitational lensing: theory and numerical modeling (Oleg Tsupko) |
| Galactic Nuclei |
| GN1 | Gravitational physics of the galactic center (Heino Falcke) | |
| GN2 | New developments in Blazars research (Paolo Giommi, Paolo Padovani) |
| Gravitational Waves |
| GW1 | Sources of Gravitational Waves (Andrew Melatos) | |
| GW2 | Status of the Gravitational Wave Detectors (Jean-Yves Vinet, David Blair) | |
| GW3 | Lisa Pathfinder and Space-Borne Gravitational Wave Detectors (Massimo Bassan, Michele Armano) |
| High Energy |
| HE1 | Experimental tests of fundamental physics with high energy gamma rays (Alessandro De Angelis, Razmik Mirzoyan) | |
| HE2 | High Energy Astrophysical neutrinos detection (Antonio Capone) | |
| HE3 | Future prospects in high energy astrophysics (Filippo Frontera, Aldo Morselli) | |
| HE4 | Space missions of high energy particles and gamma-rays (Shuang-Nan Zhang, Oscar Adriani) |
| History of Relativity |
| HR1 | History of Relativity and Cosmology (Christian Bracco, Tilman Sauer) |
| Neutron Stars |
| NS1 | Observational Constraints on the Micro and Macroscopic Properties of Compact Stars (Jorge Rueda, Rodrigo Negreiros) | |
| NS2 | New States of Matter and Strong Electromagnetico Fields in the Universe (Cesar Augusto Vasconcellos Zen, Aurora Peréz Martinez) | |
| NS3 | QCD phase diagram: from nuclear astrophysics to heavy ion collisons (Debora Peres Menezes) | |
| NS4 | Neutron stars in the context of stellar evolution and nucleosynthesis (Pascal Chardonnet) | |
| NS5 | Highly magnetized neutron stars: theories, observations and connection with gamma-ray bursts (Nanda Rea) |
| Precision Tests |
| PT1 | Tests of gravity with atom interferometers and clocks (Guglielmo Tino) | |
| PT2 | Theory of light propagation in gravitational fields (Perlick Volker) | |
| PT3 | A - B | Experimental Gravitation (Claus Lämmerzahl, Angela Di Virgilio) |
| PT4 | A - B | Variation of Fundamental Constants (Victor Flambaum, Julian Berengut) |
| PT5 | GR in the Solar System (Roberto Peron, Agnes Fienga) | |
| PT6 | Dynamics of extended test objects -- equations of motion and their solution (Eva Hackmann, Dirk Puetzfeld) |
| Quantum Field |
| QF1 | Quantum Spacetime (Gherardo Piacitelli) | |
| QF2 | A - B | Quantum Field Theory on Curved Spacetime (Gerardo Morsella) |
| QF3 | Operator Algebras and Quantum Field Theory (Gandalf Lechner, Giuseppe Ruzzi) |
| Quantum Gravity |
| QG1 | A - B | Loop Quantum Gravity, Quantum Geometry, Spin Foams (Jerzy Lewandowski) |
| QG2 | A - B C |
Quantum Gravity Phenomenology (Giovanni Amelino-Camelia) |
| QG3 | Loop quantum gravity: cosmology and black holes (Jorge Pullin, Parampreet Singh) |
| Strong Field |
| SF1-2 | Strong (EM) Field Physics and Astrophysics (Sang Pyo Kim, She-Sheng Xue) | |
| Ground experiments and astrophysical observations in Strong Field Physics (Sang Pyo Kim, She-Sheng Xue) | ||
| Supernovae |
| SN1-2 | A - B | Supernova Explosions and Neutron Stars Dynamics (Kostas Kokkotas) |
| Numerical simulations, SN, and GRB, connecting with massive SN (Valeri Chechetkin, Alexey Aksenov) |
| String Theory |
| ST1 | Branes and Instantons in String Theory (Alberto Lerda) | |
| ST2 | Black Holes in String Theory (Gianguido Dall'Agata) | |
| ST3 | Gauge/gravity and related correspondences (Rubik Poghossian) | |
| ST4 | String Pheno & Cosmo (Gianfranco Pradisi) |
| White Dwarfs |
| WD1-3 | The Status of Magnetic White Dwarfs (Enrique Garcia-Berro, S. O. Kepler) | |
| White Dwarfs in Binaries and the Role of Gravitational Waves (Mukremin Kilic) | ||
| WD2 | Origin and physics of Soft Gamma-ray Repeaters and Anomalous X-ray Pulsars (Manuel Malheiro, Renxin Xu) | |