HHO and H2O

What is the difference between H2O and HHO molecule???
It is known that the angle between the two hydrogen atoms in the water molecule can vary within known borders. In the NHO state (Brown gas) the angle between the two protons is smaller, so much so that the 2nd electrons with quantum orbits 2 (total energy 2 x 3.41 eV) are transferred to a common quantum orbit 1 with 13.6 eV each (total energy 2 x 13.6 eV). As a result, the energy difference between normal H2O and HNO molecule becomes: (2 x 13.6 eV) - (2 x 3.41 eV) = 20.38 eV Therefore, each Brownian gas molecule has a hidden energy of 20.38 eV, which is at the quantum level and does not lead to an increase in temperature at the same gas pressure. This is a potential energy storage opportunity predicted by the atomic models of the BSM-SG theory.