Université de GenèveDépartement de Physique ThéoriqueCAP Genève

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Michele Maggiore

Michele Maggiore's picture
Position: 
Staff
Office: 
EP 229
Phone: 
+41 22 379 63 81
Web: 
theory.physics.unige.ch/maggiore
Email: 
michele.maggiore@unige.ch

Publication listings: 
inSPIRE, theory.physics.unige.ch/maggiore
Topics: 
Gravitational waves, Large-scale structure, Dark energy

Recent publications and presentations:

Averaging the luminosity redshift relation: from theory to observations
Date: 12. July 2013
Members involved: Giovanni Marozzi
Topics:
Type: Presentation
Inflationary cosmological backreaction and test field observers
Date: 11. July 2013
Members involved: Giovanni Marozzi
Topics:
Type: Presentation
Imprint of Primordial non-Gaussianity on Dark Matter Halo Profiles
Date: 11. July 2013
Members involved: Azadeh Moradinezhad , Antonio Riotto
Topics: Dark matter, Large-scale structure
Type: Publication
On the Validity of the Effective Field Theory for Dark Matter Searches at the LHC
Date: 10. July 2013
Members involved: Enrico Morgante, Antonio Riotto
Topics: Dark matter
Type: Publication
On the Starobinsky Model of Inflation from Supergravity
Date: 5. July 2013
Members involved: Antonio Riotto, Alexandros Kehagias
Topics: Inflation
Type: Publication
The CLASSgal code for Relativistic Cosmological Large Scale Structure
Date: 5. July 2013
Members involved: Enea Di Dio, Francesco Montanari, Ruth Durrer
Topics: Large-scale structure, General relativity, Cosmic microwave background
Type: Publication
CLASSgal
Date: 4. July 2013
Members involved: Enea Di Dio, Francesco Montanari, Ruth Durrer
Topics: Large-scale structure, General relativity, Cosmic microwave background
Type: Research Tools
Averaging the luminocity redshift relation: from theory to observations
Date: 4. July 2013
Members involved: Giovanni Marozzi
Topics: Dark energy
Type: Presentation
Stochastic Background of Gravitational Waves from Fermions. Theory and Applications
Date: 1. July 2013
Members involved: Daniel Figueroa
Topics: Gravitational waves, Inflation
Type: Publication
Dissipative fields in de Sitter and black hole spacetimes: quantum entanglement due to pair production and dissipation
Date: 28. June 2013
Members involved: Julian Adamek
Topics: General relativity, Effective theories
Type: Publication

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Département de Physique Théorique
Université de Genève
24, quai Ernest Ansermet
1211 Genève 4
Switzerland
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