50 Years of Horndeski Gravity: Past, Present and Future | International Journal of Theoretical
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We use growth of structure data to constrain the effective field theory of dark energy.
Considering as case study Horndeski theories with the speed of gravitational waves equal to …

Following previous works on generalized Abelian Proca theory, also called vector Galileon,
we investigate the massive extension of an SU (2) gauge theory, ie, the generalized SU (2) …

Screened modified gravity (SMG) is a kind of scalar-tensor theory with screening
mechanisms, which can suppress the fifth force in dense regions and allow theories to …

We investigate an interacting dark energy model which allows for the kinetic term of the
scalar field to couple to dark matter via a power-law interaction. The model is characterised …

Gravitational waves from extreme gravity events such as the coalescence of two black holes
in a binary system fill our observable Universe, bearing with them the underlying theory of …

We explore general scalar-tensor models in the presence of a kinetic mixing between matter
and the scalar field, which we call Kinetic Matter Mixing. In the frame where gravity is de …

Gravitational waves from the explosive merger of distant black holes are encoded with
details regarding the complex extreme-gravity spacetime present at their source. Famously …

The extreme-gravity collisions of binaries with one black hole and one neutron star provide
for excellent tests of general relativity (GR). We here study how well one can constrain …

We present a public version of the code COFFE (COrrelation Function Full-sky Estimator)
available at https://github. com/JCGoran/coffe. The code computes the galaxy two-point …