The poster application is closed by now.
Posters of the first group (A) will be displayed in the hall on Monday-Tuesday, those of the second group (B) on Wednesday-Thursday.
Posters of the first group (A) will be displayed in the hall on Monday-Tuesday, those of the second group (B) on Wednesday-Thursday.
Poster list A: Monday and Tuesday
Topics: fundamental cosmology, modified gravity, extra dimensions, dark energy, dark matter, particle astrophysics...
| A1 | Antonio Cardoso | Singularities in loop quantum cosmology |
| A2 | Katherine Jones-Smith | Relativistic Non-Hermitian Quantum Mechanics |
| A3 | Eri Mena | Noncommutative Cosmological Solutions |
| A4 | Kunihito Uzawa | Dynamical solutions of intersecting brane system |
| A5 | Mafalda Dias | On the possibility of quintessential inflation in a 5-D braneworld |
| A6 | Jorge Horvath | The fate of black holes accreting dark energy |
| A7 | Blaise Gouteraux | Einstein Gauss-Bonnet metrics: Black holes, black strings, and a staticity theorem |
| A8 | Parvin Moyassari | Cosmology in Cascading Gravity Model |
| A9 | Seoktae Koh | Gravitational wave spectrum in Horava-Lifshitz gravity |
| A10 | Masato Minamitsuji | Classification of cosmological evolutions in Horava-type gravity |
| A11 | Keisuke Izumi | No static star solution in Horava gravity |
| A12 | Fabio P Silva | A Galileon Cosmology |
| A13 | Zahara Girones | Cosmological data analysis of f(R) gravity models |
| A14 | Berni Thushari | Magnitude Redshift relation in the Brans Dicke model: constrains from BBN |
| A15 | Nelson Nunes | Inflation and dark energy from three-forms |
| A16 | Joel Weller | Coupled quintessence in the early universe |
| A17 | Chan-Gyung Park | Can we ignore dark energy perturbations in dynamical dark energy models? |
| A18 | Houri Ziaeepour | The role of dark mater in the condensation of dark energy |
| A19 | Julio Fabris | Power spectrum constraints to the Chaplygin gas model |
| A20 | Jan Hamann | Features in the primordial spectrum? |
| A21 | Min Prasad Khanal | The Cosmological Constant with a new dark matter model |
| A22 | Fuminobu Takahashi | Wino Dark Matter with R-parity breaking and Cosmic-ray anomalies |
| A23 | Maresuke Shiraishi | Constraints on neutrino masses in the lepton asymmetric universe |
| A24 | Seodong Shin | Singlet Fermionic Dark Matter in the age of discovery |
| A25 | Osamu Seto | Right-handed sneutrino dark matter by solving mu problem |
| A26 | Masakazu Sano | Wrapped brane gas as a candidate for Dark Matter |
| A27 | Kazunori Nakayama | Cosmological and astrophysical signatures of dark matter annihilation |
| A28 | Marius Solberg | Minimal antiproton, positron and $\gamma$-ray fluxes from dark matter annihilations |
| A29 | Yue Lin Tsai | Constraints on dark matter density from Fermi mid-lattitude data |
| A30 | Tomo Takahashi | Gravitino Dark Matter and Non-Gaussianity |
| A31 | Carroll Wainwright | The Impact of a Strongly First-Order Phase Transition on the Abundance of Thermal Relics |
| A32 | Jong-Chul Park | Dirac gaugino as leptophilic dark matter |
| A33 | Hiroyuki Ishida | Low energy CP violation in $\nu$ sector and baryogenesis via sterile $\nu$ oscillation |
| A34 | Ho Ming Mok | Solution to Cosmological Constant Problem with Discrete Spacetime at Electroweak Scale |
| A35 | Raghavan Rangarajan | Gravitino Production During Reheating and Implications for Leptogenesis |
| A36 | Matti Herranen | Baryogenesis with coherent quantum reflections |
Poster list B: Wednesday and Thursday
Topics: inflation, cosmological perturbations, non-gaussianity, non-linear evolution, inhomogeneous universe, CMB, parameter extraction, lensing, other astrophysical observations...
| B1 | Koushik Dutta | Tribrid Inflation in Supergravity |
| B2 | Jiajun Xu | Inflation in the Cosmic Landscape |
| B3 | Marcos Carvalho Brum | Inflationary Cosmology in a Scalar-Tensor Theory of Gravitation |
| B4 | Tomohiro Matsuda | Remote inflation |
| B5 | Soo A Kim | Nflation: Observational predictions with several different mass spectra |
| B6 | Ely Kovetz | Cosmological Imprints of Pre-Inflationary Particles |
| B7 | Jose Fonseca | Observational Predictions for the Curvaton |
| B8 | Shinta Kasuya | Extremely blue-tilted spectrum of axion isocurvature fluctuations |
| B9 | Jai-chan Hwang | Infrared divergence of pure Einstein gravity contributions to density power spectrum |
| B10 | Yuko Urakawa | Influence on observation from IR divergence during inflation |
| B11 | Adam Christopherson | Vorticity Generation in Cosmological Perturbation Theory |
| B12 | Mindaugas Karciauskas | The Curvature Perturbations from Vector Fields |
| B13 | Zhiqi Huang | Non-Gaussian Spikes from Chaotic Billiards in Inflation Preheating |
| B14 | Troels Haugboelle | Non-Gaussianity from Axion Monodromy Inflation |
| B15 | Shuichiro Yokoyama | Primordial Non-Gaussianity in Models with Dark Matter Isocurvature Fluctuations |
| B16 | Yuichi Takamizu | Non-Gaussianity beyond delta-N |
| B17 | Tsz Yam Lam | Halo mass function and primordial non-Gaussianity: Excursion set approach |
| B18 | Takashi Hiramatsu | Non-linear evolution of matter power spectrum in a closure theory |
| B19 | Marina Seikel | Supernova data as a probe of backreaction effects |
| B20 | Juan Carlos Hidalgo | Statistics of blobs with initial curvature profile: the case of PBHs |
| B21 | Rockhee Sung | Cold Spots in Anisotropic Open Universes |
| B22 | Wessel Valkenburg | The CMB in a Swiss-Cheese universe |
| B23 | Amanda Yoho | Testing the Isotropy of the Universe's Geometry |
| B24 | Graziano Rossi | Peak Statistics in the WMAP Sky: Non-Gaussianity? |
| B25 | Atsushi Naruko | Non-Gaussianity in the CMB temperature fluctuations from Cosmic Strings |
| B26 | Pravabati Chingangbam | Genus topology of simulated non-Gaussian CMB maps with cubic order perturbations |
| B27 | Guido D'Amico | Sachs-Wolfe at second order: the CMB bispectrum on large angular scales |
| B28 | Jude Bowyer | Unambiguous CMB B-mode separation |
| B29 | Lauranne Fauvet | Study of the polarized galactic emissions for the analysis of the PLANCK CMB data |
| B30 | Aurelien Fraisse | Improving Polarized Dust Emission Models for CMB Polarization Studies |
| B31 | S. Moskaliuk | CMB Polarization Effects |
| B32 | Scott Burger | Impact of Artificial Neural Network Training Sets on Cosmological Parameters |
| B33 | Charles Shapiro | Delensing Gravitational Wave Standard Sirens with Shear and Flexion Maps |
| B34 | Valerio Marra | TurboGL: stochastic modelling of cumulative weak lensing |
| B35 | Camille Bonvin | Effect of peculiar motion in weak lensing |
| B36 | Emma Beynon | Weak lensing in modified gravities |
| B37 | Daniel Thomas | A String Revolver: rotation of background galaxies as a smoking gun for cosmic strings |
| B38 | Marek Biesiada | Cosmic Equation of State from Strong Lensing Systems |
| B39 | Christopher Gordon | Forecasted 21 cm constraints on compensated isocurvature perturbations |
| B40 | Ganna Ivashchenko | Correlation function of quasars from SDSS DR7 and redshift-space distortions |
| B41 | Ryo Saito | Probing the abundance of primordial black holes with gravitational wave observations |
| B42 | Abdalla Almohammad | Light curve analysis for short period binary star MM Hercules |
