  In 2012, a light scalar boson (denoted as H(125) in this paper) was
discovered at the LHC. We explore the possible correlation between the
lightness of H(125) and the smallness of CP-violation based on the Lee model,
namely the spontaneous CP-violation two-Higgs-doublet-model. It is a new way to
understand why H(125) is light. Based on this we propose that it is the much
heavier scalar bosons, instead of the H(125), which need to be understood. This
opens a new paradigm that one tries to understand the electro-weak symmetry
breaking and CP violation. For the new paradigm, similar to many other physics
beyond the standard model, one need both electron-positron and higher energy
hadron collider, as well as the low energy experiments, in order to pin down
the whole picture.
