We are happy to announce the opening of a post-doctoral position
in Gravitational Wave Cosmology at CURL (Cosmology, Universe and
Relativity at Louvain), Louvain University (Belgium), starting fall
2020.
More …
The known thermal history of the Universe is expected to shape the
mass function of primordial black
holes. Sébastien, Bernard
Carr, Juan
García-Bellido and
Florian Kühnel shed a
new light on a series of unexplained cosmic conundra in Ref.[1].
More …
Primordial black holes could not only explain the dark matter, but
also the origin of the ordinary matter in the
Universe. Sébastien, Bernard
Carr and Juan
García-Bellido propose
a new baryogenesis scenario in Refs.[2]
and [2].
More …
We have recently made public a rather technical paper in which we
explicitly and unambiguously calculate the cosmic string loop number
density distribution in our universe coming from various motivated
loop production functions. Such a density distribution crucially
determines the spectrum of their emitted gravitational waves, a
smooking gun for their potential discovery.
More …
In a recent preprint, we discuss the possibility that both the Planck
mass and the dark energy scale are dynamically generated by stochastic
effects during inflation.
More …