The ΛCDM model, or concordance cosmology, as it is often called, is a paradigm at its
maturity. It is clearly able to describe the universe at large scale, even if some issues remain …

Mimetic gravity is a Weyl‐symmetric extension of General Relativity, related to the latter by a
singular disformal transformation, wherein the appearance of a dust‐like perfect fluid can …

Gravitational potential fluctuations driven by bursty star formation can kinematically 'heat
up'dark matter at the centres of dwarf galaxies. A key prediction of such models is that, at a …

The core–cusp problem is one of the controversial issues in the standard paradigm of Λ cold
dark matter (ΛCDM) theory. However, under the assumption of conventional spherical …

Using a suite of three large cosmological hydrodynamical simulations, horizon–agn, horizon–
noagn (no AGN feedback) and horizon–dm (no baryons), we investigate how a typical sub …

Indirect searches for dark matter are based on detecting an anomalous flux of photons,
neutrinos or cosmic-rays produced in annihilations or decays of dark matter candidates …

f (R) is a paradigmatic modified gravity theory that typifies extensions to General Relativity
with new light degrees of freedom and hence screened fifth forces between masses. These …

This review aims at proposing to the field an overview of the Cusp-core problem, including a
discussion of its advocated solutions, assessing how each can satisfactorily provide a …

In the standard Lambda cold dark matter paradigm, pure dark matter simulations predict
dwarf galaxies should inhabit dark matter haloes with a centrally diverging density 'cusp' …

Dark matter is undoubtedly one of the fundamental, albeit unknown, components of the
standard cosmological model. The failure to detect weakly interacting massive particles, the …