Vector - like Technicolor at the LHC

"I will discuss a new microscopic model for high-scale strongly-coupled dynamics in its simplest possible formulation based upon a single vector-like SU(2)_W T-quark doublet (with hypercharge Y_Q = 0) confined under the minimal SU(2)_TC (in principle, any even) T-color group. Besides it naturally avoids stringent EW constraints at the fundamental level and may explain possible (small) deviations in Higgs couplings, it provides dynamical EW symmetry breaking via an effective Higgs mechanism. I will outline interesting theoretical and phenomenological opportunities related with lightest physical T-pion, T-sigma and T-baryon states in the considering scenario. In particular, I will illustrate why an odd QCD-like SU(2n+1)_TC group of confinement has been excluded by XENON100 data on spin-independent Dark Matter cross section if the T-baryon number is conserved. Scalar T-baryon Dark Matter in the simplest even SU(2)_TC group offers a prominent way out and distinctive collider signatures. Possible ways to construct composite Higgs doublets in the vector-like Technicolor and its LHC phenomenology will be discussed in detail."