  Understanding the extent to which experimental searches are sensitive to
Light Stops (LST) scenarios is essential to resolve questions about
naturalness, electroweak baryogenesis and Dark Matter. In this paper we
characterize the reach on LST scenarios in two ways. We extend experimental
searches to cover specific gaps in the LST parameter space, showing for the
first time that assuming a single decay channel one can exclude the region of
$m_{\tilde{t}}<m_{top}$, which in its turn excludes electroweak baryogenesis in
MSSM. Also, we explore the extent to which searches are weakened in a more
generic scenario when more than one decay channel takes place, even after their
combination. This study highlights the need for a more comprehensive
exploration of the LST parameter space.
