Poster Program

Overview of poster presentations

(sorted by sessions and alphabetically by name)

The Host Star

• P2.1 O. Arkhypov et al.: New results on stellar deep mixing and starspot dynamics from the Kepler photometry
• P2.2 O. Arkhypov et al.: Short-period cycles of stellar activity in Kepler photometry
• P2.3 A. S. Brun et al.: Exo Space Weather
• P2.4 B. Fichtinger et al.: Radio emission and mass loss rates of young solar-type stars
• P2.5 N. Kostogryz: A new technique of starspot detection in transiting exoplanetary systems
• P2.6 O. Kuzmychov et al.: Studying active cool stars with exoplanets with the help of the spectropolarimetry of molecules
• P2.7 M. Leitzinger et al.: Stellar prominence oscillations and eruptions: The cases of HK Aqr and PZ Tel
• P2.8 J. Linsky et al.: First Results from the MUSCLES Treasury Survey of the UV and X-ray Emission from K and M Dwarf Stars that Host Exoplanets
• P2.9 S. Mathis: The variations of tidal dissipation in the convective envelope of low-mass stars hosting planetary systems along their evolution
• P2.10 M. Mengel: A small survey of magnetic fields of solar-type planet hosting stars
• P2.11 N.-E. Nemec: The solar wind in time
• P2.12 B. Nicholson et al.: Characterising the interplanetary environment: the wind of the planet-hosting star Tau Boo
• P2.13 M. Temmer: Characteristics of solar coronal mass ejections
• P2.14 L. Tu et al.: Stellar high-energy luminosity evolution for pre-main sequence and main-sequence stars
• P2.15 S. Vauclair and G. Vauclair: The ultimate fate of planetary systems
• P2.16 S. Vauclair et al.: The 16 Cygni system: a laboratory for studying the influence of a planetary system on its host star
• P2.17 J. Weingrill and S. Barnes: Probing the evolution of stellar activity in open clusters

Planet Formation and Habitability

• P3.1 C. Burger et al.: Appropriate solid-body models as initial conditions for SPH-based numerical collision experiments
• P3.2 O. Dionatos et al.: A panchromatic view of protoplanetary disks
• P3.3 Z. Sándor: Dynamics of Terrestrial Planet Formation in Binary Stellar Systems
• P3.4 D. Steiner et al.: Magnetic fields in protoplanetary disks
• P3.5 J. Werner et al.: Material loss in two-body collisions during planet formation
• P3.6 G. Wuchterl: Atmospheres of PLATO-planets: the limits of diversity

Principles of Habitability

• P4.1a P. Mason: The Earliest Habitable Planets
  P4.1b P. Mason et al.: The Binary Habitability Mechanism and On-line Calculator
• P4.2 Y. Sasunov et al.: Investigation of scaling properties of a thin current sheet by means of particle trajectories study
• P4.3 R.-S. Taubner et al.: Habitability Beyond the Snow Line: The Potential of Icy Moons to Serve as a Habitat for Life-as-We-Know-It
• P4.4 F. Trixler: Quantum tunnelling at the base of planetary habitability and chemical evolution

Planetary Atmospheres

• P5.1 N. Afram: Effect of clouds in molecular spectra of Hot Jupiters and Brown dwarfs
• P5.2 U. Amerstorfer et al.: Escape of Hot Oxygen and Carbon from the Early Atmosphere of Mars
• P5.3 D. Bisikalo and V. Shematovich: Precipitation of Electrons into the Upper Atmosphere of a Hot-Jupiter Exoplanet
• P5.4 A. Cherenkov and D. Bisikalo: On the influence of coronal mass ejections on the hot Jupiter atmosphere
• P5.5 R. Claudi: Testing Habitability in Laboratory: Atmosphere in a Test Tube Experiment
• P5.6 P. Cubillos: The Open-Source Bayesian Atmospheric Radiative Transfer (BART) Code to Model Exoplanet Atmospheres
• P5.7 M. Khodachenko et al.: Atmosphere expansion and mass loss of magnetized close-orbit giant exoplanets
• P5.8 N. Konstantinova et al.: The influence of the colliding stellar winds on the atmosphere of the potentially habitable circumbinary exoplanet KIC9632895
• P5.9 M. Lendl: Studying exoplanet atmospheres via transmission and emission spectra
• P5.10 P. Odert et al.: Loss of volatiles and water from planetary embryos
• P5.11 M. Scherf et al.: Simulation of the Earth’s paleo-magnetosphere for the late Hadean eon
• P5.12 Y. Serozhkin: Climate models of the early Earth’s and thunderstorm activity
• P5.13 I. Shaikhislamov et al.: Interaction of escaping atmosphere of HD209458b with stellar wind
• P5.14 V. Shematovich and D. Ionov: Energy balance in the upper atmosphere of the hot jupiter with taking into account suprathermal photoelectrons
• P5.15 R. Slapak: Atmospheric escape from planets: the role of a planetary magnetic field
• P5.16 O. Venot et al.: Influence of stellar flares on exoplanetary atmospheres and transmission spectra
• P5.17 P. Wurz et al.: The Atmospheres of Jupiter’s Icy Moons

Planetary Interiors

• P6.1 S. Benatti et al.: GAPS: Studying the architecture of planetary systems with HARPS-N at TNG

Observatories: Future Perspectives

• P7.1 T. Ratzka: Probing Planet Formation with the VLTI and the ELT
• P7.2 Z. Regaly: Age of giant planet embedded in debris disk

Planetary System Architecture and Dynamics

• P8.1 E. Andrade-Ines et al.: Secular Dynamics of S-type Planetary Orbits in Binary Star Systems
• P8.2 A. Bazso et al.: Secular resonances in circumstellar planetary systems in binary stars
• P8.3 M. Kanova and M. Behounkova: Tidal evolution of viscoelastic bodies: a numerical approach
• P8.4 O. Kotsas et al.: Resonant stable orbital configurations in three-planet systems
• P8.5 A. Leleu: Orbital perturbation on the rotation of exoplanets
• P8.6 B. Loibnegger and R. Dvorak: A dynamical study on the origin of the Moon
• P8.7 T. Maindl et al.: Activating main belt comets by collisions
• P8.8 G. Picogna and F. Marzari: Decoupling of a planet from its disk in presence of an inclined stellar companion
• P8.9 E. Pilat-Lohinger et al.: The habitability of eccentric planetary orbits
• P8.10 R. Schwarz et al.: Binary catalogue of exoplanets
• P8.11 R. Schwarz et al.: Eclipse timing variations to detect exoplanets in binary star systems
• P8.12 N. Todorovic: A mean motion resonance as a source of fast routes through the Solar System