Well-tempering is a promising classical method of dynamically screening an arbitrarily large
vacuum energy and generating a late-time, low energy de Sitter vacuum state. In this paper …

Well-tempering stands among the few classical methods of screening vacuum energy to
deliver a late-time, low energy vacuum state. We build on the class of Horndeski models that …

The expansion of the Universe is observed to be accelerating, with the simplest solution
being a classical cosmological constant. However, this receives contributions from the …

We revise the expansion history of the scalar field theories known as Kinetic Gravity
Braiding. These theories are well-known for the possibility of driving the expansion of the …

Dynamical cancellation frameworks present a potential means of mitigating the effect of a
large vacuum energy, that would otherwise ruin the late-time, low energy dynamics of the …

We revise the future fate of a group of scalar-tensor theories known as kinetic gravity
braiding models. As it is well-known, these theories can safely drive the expansion of the …

Degeneracy is a method to accommodate exact, low energy vacuum states in scalar-tensor
gravitational models despite the presence of an arbitrarily large vacuum energy. However …

We discuss the possibility of a scalar field being the fundamental description of dark energy
without the need of self-tuning any parameter. Thereby, we focus on shift-symmetric scalar …

Well tempered cosmology provides a well defined path for obtaining cosmology with a low
energy cosmic acceleration despite a high (Planck) energy cosmological constant $\Lambda …

In the Bianchi I cosmology some subclasses of the Horndeski theory allow for the non-
standard anisotropy behavior. For example, the anisotropy is damped near the initial …