MG15 Preliminary Parallel Sessions
Click on the session abbreviation name for the detailed program.
Click on the chairperson's name for the session summary and chairperson information.
The max format of the poster is 100cm x 140cm (width x height).
| Accretion |
| AC1 | A - B | Spectral and Temporal properties of Black Holes and neutron stars and the theoretical models (Sandip Chakrabarti) |
| AC2 | MHD processes near compact objects (Sergey Moiseenko) | |
| AC3 | A - B | Accretion discs and jets (Eva Hackmann, Audrey Trova) |
| Alternative Theories |
| AT1 | A - B C - D E - F |
Extended Theories of Gravity and Quantum Cosmology (Salvatore Capozziello, Mariafelicia De Laurentis) |
| AT2 | The Einstein-Infeld-Hoffmann Legacy in Mathematical Relativity (A. Shadi Tahvildar-Zadeh, Michael Kiessling) | |
| AT3 | A - B | Wormholes, Energy Conditions and Time Machines (Francisco Lobo, Diego Rubiera-Garcia) |
| AT4 | A - B | Massive gravity, Horndeski theory and other "ghost-free" models of modified gravity (Michael Volkov) |
| AT5 | Constructive gravity (Marcus Werner) | |
| AT6 | Applied Newton-Cartan Geometry (Eric Bergshoeff, Niels Obers) | |
| AT7 | A - B | Theories of gravity: alternatives to the cosmological and particle standard models (Stefano Bellucci, Valerio Faraoni, Orlando Luongo) |
| Black Holes: Theory and Observations/Experiments |
| BH2 | A - B C - D |
Theoretical and observational studies of astrophysical black holes (Alexander Zakharov) |
| BH5 | A - B | Black hole thermodynamics (Hernando Quevedo) |
| BH7-8 | A - B | Black Holes in Higher Dimensions (Black Rings and Black Strings) (Jutta Kunz)
Hawking radiation in analogue black-holes (Jeff Steinhauer) |
| Binaries |
| BN3 | NS-NS and NS-WD mergers (Jorge Rueda, Krzysztof Belczynski) | |
| BN4 | End of white dwarfs and type Ia Supernova (Yukikatsu Terada, Keiichi Maeda) | |
| BN6 | Post-Newtonian expansion and analytic approximations (Luc Blanchet) | |
| BN8 | Relativistic Binary Stars Merging: Population Synthesis &/or Multimessanger Observations (Vladimir Lipunov) | |
| BN9 | Gravitational interaction of n-pole point particles and higher-spin fields (Donato Bini, Jan Steinhoff) |
| Boson stars |
| BS2 | A - B | Scalar fields in cosmology (Alfredo Macias, Darío Núñez) |
| Cosmic Microwave |
| CM2 |
Cosmic Backgrounds from radio to far-IR (Carlo Burigana, Hans Ulrik Nørgaard-Nielsen) |
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| CM3 | Future Steps in Cosmology with CMB Spectral Distortions (Jens Chluba) | |
| CM4 | A - B | Tensions on LCDM cosmological model and model-independent constraints (Joan Solà Peracaula, Luca Amendola) |
| CM5 | A - B | Present and future of CMB observations (Marco Bersanelli, Aniello Mennella) |
| Cosmic Strings |
| CS1 | Cosmic Strings (Reinoud Jan Slagter) |
| Dark Energy and Large Scale Structure |
| DE1 | A - B C |
Dark Energy and the Accelerating Universe (Alexei Starobinsky, David Polarski) |
| DE2 | Dark Energy and Large Scale structure (Gannouji Radouane, Clement Stahl) |
| Dark Matter |
| DM1 | A | Interacting Dark Matter (Nikolaos Mavromatos) |
| B | Interacting Dark Matter (Carlos Argüelles) | |
| DM2 | Dark Matter and rare processes (Rita Bernabei, Zurab Berezhiani) | |
| DM4 | Self Gravitating Systems and Dark Matter (Marco Merafina) |
| Education |
| ED1 | Teaching Einsteinian Physics to School Students (David Blair, Matteo Ruggiero, Tejinder Kaur) |
| Exact Solutions |
| ES1 | Exact Solutions in Four and Higher Dimensions: Mathematical Aspects (Georgy Alekseev, Fabio Briscese) | |
| ES3 | Exact Solutions (including higher dimensions) (Susan Scott) |
| Early Universe |
| EU2 | A | Quantum Fields (Vladimir Belinski) |
| B | Quantum Fields (Alexander Kamenshchik) | |
| C | Quantum Fields (Andrei Lebed) |
| Gamma Ray Bursts |
| GB1 | Fast radio bursts: observations, ideas and prospects (Bing Zhang, Duncan Lorimer) | |
| GB3 | Cosmology and multi-messenger astrophysics with Gamma-Ray Bursts (Lorenzo Amati, Massimo Della Valle, Paul O'Brien) | |
| GB4 | Photospheric Emission in GRBs (Gregory Vereshchagin, Damien Begue) | |
| GB6 | GeV emission from Gamma Ray Bursts (Francesco Longo) | |
| GB7 | Lessons from GW170817 / GRB170817A (Jonathan Granot) | |
| GB8 | GRB 130427A, 160509A, 160625B, The Polar View of BdHNe Morphology (Binbin Zhang, Yu Wang) | |
| GB9 | GRB 151027A and GRB 090618, the equatorial view of BdHNe (Grant Mathews) | |
| GB11 | Plasma acceleration and transparency in GRBs (She-Sheng Xue, Carlo Luciano Bianco) |
| Gravitational Waves |
| GW1 | A - B | Sources of Gravitational Waves (Andrew Melatos) |
| GW4 | Middle-Frequency (0.1 Hz to 10 Hz) Gravitational Wave (GW) Detection and its Sources (Wei-Tou Ni) | |
| GW5-6 | DECIGO (Masaki Ando)
The Role of Numerical Relativity in Gravitational Wave Observations (Nigel Bishop) |
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| GW7 | Ground-based detectors: from second to third generationm (Giovanni Losurdo) | |
| GW8 | Dense stellar environments as sites of gravitational wave emission (Roberto Capuzzo Dolcetta, Manuel Arca Sedda) | |
| GW9 | Advanced Data-Analysis Techniques for Gravitational-Wave Detection (Paola Leaci, Sergio Frasca) |
| High Energy |
| HE1 | Very High Energy Gamma Rays (Razmik Mirzoyan, Alessandro De Angelis) | |
| HE2 | High Energy Astrophysical Neutrino detection (Antonio Capone) | |
| HE3 | The first Chinese X-ray astronomy mission Insight-HXMT at MGXV (Filippo Frontera, Shu Zhang) | |
| HE5 | Neutrino Astronomy (Paolo Padovani, Paolo Giommi) | |
| HE6 | Cosmic Ray Acceleration, Radiation and Neutrinos in Extragalactic Jets (Federico Fraschetti, Matthew G. Baring) | |
| HE7 | Future missions for high-energy astrophysics (Lorenzo Amati, Enrico Bozzo) | |
| HE8 | Astronomical Data in the Multi-messenger era (Ulisses Barres de Almeida, Andy Pollock) |
| History of Relativity |
| HR1 | History of Relativity and Cosmology (Christian Bracco, Tilman Sauer) | |
| HR2 | Angelo Secchi and Astrophysics (Paolo De Bernardis, Gabriele Gionti SJ, Costantino Sigismondi) |
| Neutron Stars |
| NS1-2 | Observational Constraints on the Micro and Macroscopic Properties of Compact Stars (Jorge Rueda, Rodrigo Negreiros)
New States of Matter in the Universe - From quarks to the Cosmos (Cesar Augusto Vasconcellos Zen, Aurora Peréz Martínez) |
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| NS3 | Different aspects of the QCD phase diagram investigated with hadronic models (Debora Peres Menezes, Constança Providência) | |
| NS4 | Pulsars' methodology for fundamental physics (Andrea Possenti) |
| Precision Tests |
| PT2 | A - B | Gravitational lensing and shadows (Perlick Volker, Oleg Tsupko) |
| PT3 | A - B | Experimental Gravitation ( Angela Di Virgilio, Claus Lämmerzahl) |
| PT4 | A - B - C | Variation of the fundamental constants, violation of the fundamental symmetries and dark matter (Victor Flambaum, Yevgeny Stadnik) |
| PT5 | Testing gravitation theories in space (Roberto Peron, Francesco Vespe) | |
| PT6 | Fundamental physics in Space (Meike List) |
| Quantum Gravity |
| QG1 | Loop Quantum Gravity (Jerzy Lewandowski, Marcin Kisielowski) | |
| QG2 | A - B | Quantum Gravity Phenomenology (Giovanni Amelino-Camelia, Gianluca Calcagni) |
| QG3 | Loop quantum gravity: cosmology and black holes (Parampreet Singh, Jorge Pullin) |
| Strong Field |
| SF1 | Strong (EM) Fields Physics and Laboratory (Sang Pyo Kim, She-Sheng Xue) |
| White Dwarfs |
| WD2 | Origin and physics of Soft Gamma-ray Repeaters and Anomalous X-ray Pulsars (Manuel Malheiro) |