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We investigate the single neutral bosons (NB) with the spins 0, 1 and 2decaying via the W^-W^+ -channel in an external magnetic field (EMF) anddiscuss the questions connected with the search of the Standard Model (SM)scalar Higgs boson (HB) in the CMS and ATLAS experiments at the LHC.It is shownthat a single neutral scalar boson with the mass around 126 GeV can not decayinto the two on-shell W^+- -bosons in an EMF.The impossibility of decay of asingle neutral scalar boson in the mass range below 160.770 GeV into the twoon-shell W^+- -bosons in an EMF due to the energy and spin projectionconservation laws and the possible decay of a single NB with the spin J=2 andthe spin projection J_z=+2 in that region enable us to come to the conclusionthat the single NB with the mass 125.3 GeV/126 GeV discovered in the CMS andATLAS experiments is neither the SM HB nor a scalar boson at all.The NB withthe mass 125.3 GeV/126 GeV discovered in the CMS and ATLAS experiments is a newNB with the spin J=2 and the spin projection J_z=+2 that is not included in theSM. Both the P-parity and charge conjugation C of this new particle are +1. So,the newly discovered NB is a neutral tensor boson that is characterized byJ^PC=2^++ quantum numbers under parity P and charge conjugation C and CP=+1.The other quantum characteristics of this NB are as follows: the orbitalquantum number L=0, the weak isospin T=2, the third component of the weakisospin T_z=0 and the weak hypercharge Y_w=0.The quantum state of thediscovered NB is characterized by the 1(^5S-2) spectral term. At the same timethe observed NB with the mass around 126 GeV can be considered as a fundamentalparticle that is a carrier (quantum) of the interactions between bosons, atleast between electroweak bosons. To clarify this situation more and newexperimental data are required.

Determination of spin and other quantum characteristics of neutral boson  with mass around 126 GeV discovered in CMS and ATLAS experiments and its  identification