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:

Primordial Black Holes Confront LIGO/Virgo data: Current situation
Date: 13. May 2020
Members involved: Valerio De Luca, Gabriele Franciolini, Antonio Riotto
Topics: Primordial Black Holes, Gravitational waves
Type: Publication
Inflation and Decoupling
Date: 12. May 2020
Members involved: Antonio Riotto
Topics: Inflation
Type: Publication
On the importance of lensing for galaxy clustering in photometric and spectroscopic surveys
Date: 28. April 2020
Members involved: Goran Jelic-Cizmek, Francesca Lepori, Camille Bonvin, Ruth Durrer
Topics: Large scale structure, Galaxy clustering
Type: Publication
Constraints on Primordial Black Holes: the Importance of Accretion
Date: 31. March 2020
Members involved: Valerio De Luca, Gabriele Franciolini, Antonio Riotto
Topics: Primordial Black Holes
Type: Publication
Intensity Mapping as a Probe of Axion Dark Matter
Date: 21. March 2020
Members involved: Hamsa Padmanabhan
Topics: Line Intensity Mapping, Dark matter
Type: Publication
Contribution of Flares from Tidal Disruption of Stars to high-redshift AGN
Date: 16. March 2020
Members involved: Hamsa Padmanabhan
Topics: Supermassive Black Holes
Type: Publication
It is Feasible to Directly Measure Black Hole Masses in the First Galaxies
Date: 13. March 2020
Members involved: Hamsa Padmanabhan
Topics: Supermassive Black Holes, Cosmic Reionization
Type: Publication
N-body simulations for parametrised modified gravity
Date: 12. March 2020
Members involved: Farbod Hassani, Lucas Lombriser
Topics: N-body simulations, Modified gravity, Large scale structure
Type: Publication
Positivity bounds on reconstructed Horndeski models
Date: 10. March 2020
Members involved: Joe Kennedy, Lucas Lombriser
Topics: Effective field theory of dark energy, Scalar-tensor theories
Type: Publication
A local self-tuning mechanism for the cosmological constant
Date: 10. March 2020
Members involved: Lucas Lombriser
Topics: Cosmological Constant Problem
Type: Publication

Pages

Address

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