REPRESENTATION OF A SPIN-1 ENTITY AS A JOINT SYSTEM OF 2 SPIN-1 2 ENTITIES ON WHICH WE INTRODUCE CORRELATIONS OF THE 2ND KIND/

We present a model system in R(3) for a spin-1 quantum Entity. If the state of the model system corresponds to a \s\ = 1-state of a spin-1 q uantum entity, it behaves as a joint system of two separated spin-1/2 quantum entities. If it eurresponds to a 's = 0'-state of a spin-1 qua ntum entity, it behaves as the joint system of two spin-1/2 quantum en tities that are entangled by correlations of the second kind. i.e., it behaves similar as a joint system of two entangled spin-1/2 quantum e ntities in a singlet state.