It is well known that quantum field theory (QFT) induces a huge value of the cosmological
constant (CC), Λ, which is outrageously inconsistent with cosmological observations. We …

The renormalization of the vacuum energy in quantum field theory (QFT) is usually plagued
with theoretical conundrums related not only with the renormalization procedure itself, but …

The cosmological constant (CC) term in Einstein's equations, Λ, was first associated to the
idea of vacuum energy density. Notwithstanding, it is well-known that there is a huge, in fact …

Despite the fact that a rigid ${\rm {\Lambda}} $-term is a fundamental building block of the
concordance ΛCDM model, we show that a large class of cosmological scenarios with …

Next year we will celebrate 100 years of the cosmological term, Λ, in Einstein's gravitational
field equations, also 50 years since the cosmological constant problem was first formulated …

Recent studies of quantum field theory in FLRW spacetime suggest that the cause of the
speeding up of the universe is the running vacuum (RV), see Moreno-Pulido and Solà …

We present a full-fledged analysis of Brans–Dicke cosmology with a cosmological constant
and cold dark matter (BD-ΛCDM for short). We extend the scenarios where the current …

We study a generic class of time-evolving vacuum models which can provide a better
phenomenological account of the overall cosmological observations as compared to the Λ …

Recently there have been claims of model-independent evidence of dynamical dark energy.
Herein we consider a fairly general class of cosmological models with a time-evolving …

We present a model for the Universe in which quantum anomalies are argued to play an
important dual role: they are responsible for generating matter-antimatter asymmetry in the …