Abstract of the talks presented at DSU 2013 workshop can be found here: Talks
The final poll: questions and results can be found here: Poll
Dark Matter in Galaxies, Groups and Clusters; Simulations of Galaxy/Cluster Formation.
|De Zotti Self-regulated evolution of spheroidal galaxies and active nuclei|
|Maio The birth of the first tiny objects|
|Rovira Accurate Theoretical Density Profile and Mass Function of CDM Haloes|
|Fuertes Canonical Halo Mass Definition and Universal Mass Function|
|Hague A Bayesian Method for Constraining Dark Matter Halo Profiles|
|Villaescusa-Navarro Clustering properties in cosmologies with massive neutrinos|
|Musso Probing the Universe with halo mass function and bias|
|Dunsby Shining light on the nature of f(R) dark energy|
Dark Matter candidates; Dark Matter searches.
Cosmology. Dark Energy. Planck Science.
|Natoli Highlights from the 2013 Planck cosmology|
|Shafi Will Planck Observe Gravity Waves?|
|Killadar Aiding cluster cosmology with simulations|
|Taylor Direct Shear Mapping: using IFU data to measure weak gravitational lensing|
|Bonometto Strongly coupled Dark Energy cosmologies|
|Piedipalumbo High Redshift Investigation On The Dark Energy Equation of State|
|Evoli Unveiling the nature of Dark Matter from the high-redshift Universe|
|Cerezo The importance of being warm (during inflation)|
Modifying Newton-Einstein theory of gravity? Abandoning the LCDM Universe paradigm?
|Lobo Foundations of (modified) gravitation theory|
|Saridakis f(T) Gravity and Cosmology|
|Golovnev On gravitational collapse in MOND|
|Minamitsuji Degravitation features in the cascading gravity model|
|Narimani Minimal Parameterizations of modified gravity|
|Spaans A topological extension of GR: Black holes induce dark energy|
|De Vega Warm Dark Matter: the New Paradigm|
|Fanizza An exact Jacobi map in the geodesic light-cone (GLC) gauge|
|Chinaglia Cyclically deformed defects|