Posters
P1. Latest results from exoplanet research: observations | |
P1.1. | Observation and analysis of the youngest transiting planet candidate |
S. Raetz | |
P1.2. | First Planet Detection Results from the Automated Planet Finder (APF) |
J. Burt | |
P1.3. | A search for planetary eclipses of white dwarfs in the Pan-STARRS1 medium-deep fields |
B. Fulton | |
P1.4. | Understanding the Sun’s activity to improve exoplanet radial-velocity detections |
R. Haywood | |
P1.5. | Lithium abundances in stars with planets |
G. Gonzalez | |
P1.6. | Observing Earth as an exoplanet via lunar eclipse |
F. Yan | |
P1.7. | Evidence against a strong inversion in HD 209458 b from high-dispersion spectroscopy |
H. Schwarz | |
P1.8. | Semi-synthetic lightcurves: The effect of systematic noise in Spitzer Space Telescope observations of hot Jupiters |
D. Mahtani | |
P1.9. | A FORS2 transmission spectrum of WASP-49b |
M. Lendl | |
P1.10. | The planetary system to Kepler-90: A Compact Analogue to the Solar System |
J. Cabrera | |
P1.11. | Photometric follow-up of transiting exoplanets with ground-based medium-class telescopes |
L. Mancini | |
P1.12. | A Technique for Extracting Precise Photometry for the Two Wheeled Kepler Mission |
A. Vanderburg | |
P1.13. | The HATSouth survey |
S. Ciceri | |
P1.14. | Spectroscopic direct detection of reflected light from an exoplanet |
J. Martins | |
P1.15. | The GAPS search and characterization of planetary systems with HARPS-N at TNG |
A. Bonomo | |
P1.16. | An infrared search for hidden, low mass companions to exoplanet hosts |
D. Brown | |
P1.17. | Reprising Kepler's heritage from the ground using a network of meter-class telescopes |
C. von Essen | |
P1.18. | Water vapor in the spectrum of the extrasolar planet HD 189733b |
N. Crouzet | |
P1.19. | The brown dwarf desert between 5 and 50 AU probed by combined direct imaging and radial velocity. |
J. Hagelberg | |
P1.20. | Kepler planets also have mass - latest results from SOPHIE and HARPS-N |
A. Santerne | |
P1.21. | Confirming emerging rocky planets |
M. Galvez-Ortiz | |
P1.22. | Constraining the carbon and oxygen abundances of hot Jupiter atmospheres with high-resolution spectroscopy |
J. Birkby | |
P1.23. | Making the Most of Kepler Photometry: Looking for Evidence of Clouds and Winds in Exoplanet Atmospheres through Phase Curve Analysis |
L. Esteves | |
P1.24. | Doppler Imaging of Active Stellar Surface of HU Vir |
G. Harutyunyan | |
P1.25. | Kepler-76b: The first hot Jupiter discovered by the detection of the relativistic beaming effect |
T. Mazeh | |
P1.26. | Photometric Observations of Young Stars with WASP |
H. Osborn | |
P1.27. | Asteroseismic inference on the spin-orbit misalignment of HAT-P-7 |
M. Lund | |
P2. The precise characterization of stars with planets | |
P2.1. | A joint photometric, spectroscopic and dynamical analysis of the Kepler-117 system |
G. Bruno | |
P2.2. | Atmospheric Stellar Parameters from Numerical CCFs with HARPS/HARPS-N |
L. Malavolta | |
P2.3. | Super-solar Metallicity in G0--G3 main sequence stars with V<15 |
R. López-Valdivia | |
P2.4. | Characterizing the Retired A Stars |
L. Ghezzi | |
P2.5. | Precise parameters for moderate and fast rotating stars |
M. Tsantaki | |
P2.6. | Stellar spots, limb darkening, stellar parameters and accuracy of planetary radii |
S. Csizmadia | |
P3. The star-planet connection: system formation, evolution, and its observational signatures | |
P3.1. | Dynamics of the Fomalhaut triple system |
A. Shannon | |
P3.2. | ALMA observational evidence for the viscous evolution of a protoplanetary disk around HD 163296 |
E. Akiyama | |
P3.3. | The distribution of period ratios in Kepler planetary systems |
J. Steffen | |
P3.4. | Archaeology of Extrasolar Terrestrial Planetary Systems |
J. Farihi | |
P3.5. | Probing dynamical histories using the Rossiter-McLaughlin Effect and exoplanet alignment statistics |
R. Brothwell | |
P3.6. | Constraining Giant Exoplanet Compositions via Host Star Abundances of Planet-Building Elements |
J. Teske | |
P3.7. | the particular transit shape of CoRoT-29b |
J. Cabrera | |
P3.8. | A signature of the rocky accretion core in the giant planet 16 Cyg Bb |
M. Tucci Maia | |
P3.9. | Planetary systems in tight binary stars |
E. Pilat-Lohinger | |
P3.10. | Detailed chemical abundance analysis of the HAT-P-1 stellar binary: constraints on planet formation |
F. Liu | |
P3.11. | Can YSO class I-II keep detectable chemical signatures of high-pressure clumps existence? |
O. Stoyanovskaya | |
P3.12. | Using and Improving Stellar Elemental Abundances |
M. Pagano | |
P3.13. | The formation of protoplanetary systems near young stars and its observational signatures |
V. Snytnikov | |
P3.14. | Li depletion in solar analogues with exoplanets |
E. Delgado Mena | |
P3.15. | The Solar Twin Planet Search |
M. Bedell | |
P3.16. | Small, numerous and close-in: How occurrence rates of planets around lower-mass stars can constrain planet formation mechanisms |
G. Mulders | |
P3.17. | Atmospheres and Interiors of Short-Period Low-Mass Planets |
Y. Hori | |
P3.18. | Photometric Amplitudes of Stellar Spot Modulation of the Kepler KOIs --- Statistical Evidence for Misalignment of Hot Stars |
T. Mazeh | |
P4. Star-planet interactions | |
P4.1. | Interaction between exoplanets and stellar winds |
A. Vidotto | |
P4.2. | Tidal evolution of close-in exoplanets |
A. Correia | |
P4.3. | Effects of Star Planet Interaction |
I. Pillitteri | |
P4.4. | Classification of magnetized star-planet interactions: dynamics and observational relevance |
T. Matsakos | |
P4.5. | Dynamic disk-embedded atmospheres of protoplanets |
E. Dorfi | |
P4.6. | The GAPS Programme with HARPS-N@TNG: what about star-planet magnetic interaction in Tau Boo? |
A. Maggio | |
P4.7. | Nonlinear tides in giant planets |
A. Barker | |
P4.8. | Influence of the central star type on the atmospheres of habitable exoplanets |
M. Godolt | |
P5. Astrophysical noise in exoplanet searches | |
P5.1. | Multifractality in the astrophysical time series: on the New Suns in the Cosmos |
D. de Freitas | |
P5.2. | Detecting planets around active stars: impact of magnetic fields on line profiles. |
E. Hebrard | |
P5.3. | Finding Every Planet We Can -- Improving the Optimal Apertures in Kepler Data |
J. Smith | |
P5.4. | Revisiting the CoRoT-7 system at a lower activity level |
S. Barros | |
P5.5. | Radial velocity exoplanets and stellar activity: Gaussian processes to the rescue? |
V. Rajpaul | |
P5.6. | Impact of micro-telluric lines on precise radial velocities and its correction |
D. Cunha | |
P5.7. | M dwarfs magnetic activity: impact on exoplanet detection |
N. Astudillo-Defru | |
P5.8. | Solar RV Noise is Lower in the NIR: Demonstrated by an FF' Application to Spectral Irradiance Data |
R. Marchwinski | |
P5.9. | Fluctuations and Flares in the Stellar UV Line Emission Used to Probe Inflated Hot Jupiter Atmospheres |
P. Loyd | |
P5.10. | A fully parametrized model for activity patterns of Solar-like stars |
S. Borgniet | |
P5.11. | Astrophysical false-positive noise: how to deal with it? |
A. Santerne | |
P5.12. | Deriving photospheric spot patterns by fitting high-precision lightcurves |
A. Rosich | |
P5.13. | Optimized Spectral Sampling for the Measurement of Stellar Signals |
M. Giguere | |
P5.14. | A Re-Analysis of Activity in the HARPS M dwarf Sample |
C. Marvin | |
P5.15. | Turning stellar noise into signal: modelling of stellar photometric and radial velocity jitter to improve exoplanet detection and characterization |
I. Ribas | |
P5.16. | A new look at Spitzer primary transit observations of the exoplanet HD189733b |
G. Morello | |
P6. Future instruments and methodologies for planet detection and characterization | |
P6.1. | Using Fabry Perot etalon spectra for improving the spectrograph wavelength solution |
F. Bauer | |
P6.2. | Spectroscopic characterization of CARMENES target candidates |
V. Passegger | |
P6.3. | The CARMENES pipeline |
M. Zechmeister | |
P6.4. | On the use of the chromatic Rossiter-McLaughlin effect to measure the Rayleigh scattering on HD189733b |
E. Di Gloria | |
P6.5. | ACCESS: the Arizona-CfA-Catolica Exoplanet Spectroscopy Survey |
M. Lopez-Morales | |
P6.6. | Techniques for Detecting and Tracking Primary Accretion Inside a Microgravity Laboratory to Enable Improved Observations of Protoplanetary Disks |
E. Dyer | |
P6.7. | Qatar Exoplanet Survey Update |
N. Parley | |
P6.8. | Polarized signatures of a Venus-type exoplanet |
S. Batista | |
P6.9. | Polarimetry used as a tool to infer about the atmospheric properties of an exoplanet |
S. Batista | |
P6.10. | CARMENES Spectrum Simulation Techniques and Analysis |
J. Zhao | |
P6.11. | Detecting non-transiting with optical phase curves |
P. von Paris | |
P6.12. | NGTS: Next Generation Transit Survey |
J. Cabrera | |
P6.13. | M-Dwarf Planet Occurrence in the Era of K2 |
Y. Shan | |
P6.14. | Modeling transport of radiation in exoplanetary amospheres |
A. García Muñoz | |
P6.15. | The NASA Exoplanet Exploration Program |
G. Blackwood | |
P6.16. | Subaru/IRD radial velocity survey to search for Earth-like planets around late-M dwarfs |
M. Omiya | |
P6.17. | Fabry Perot etalons for high precision wavelength and radial velocity calibration |
M. Cersullo |