Nessa Publishers| www.nessapublishers.com Page 1 Journal of Physics Volume 1| Issue 2 Review Article Open Access Deuteron States Gudrun Kalmbach H.E. 1* 1 Germany *Corresponding author: Gudrun Kalmbach H.E., Germany; Email: mint-01@maxi-dsl.de Citation: Gudrun Kalmbach H.E. (2017) Deuteron States: Nessa Journal of Physics. Received: 21 st November 2017, Accepted: 5 th December 2017, Published: 20 th December 2017 Copyright: © 2017 Gudrun Kalmbach H.E. et al. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited. 1. Introduction In the MINT-WIGRIS model of [1] basic states of a mathematical deuteron are described in an octonian vector space. In superposition states can be mixed like frequencies of waves. In this lecture they are arranged entangled in sequences which often belong to symmetries. To demonstrate the inner deuteron and nucleon dynamics there are 5 videos which use the symmetries of a nucleons quark triangle, the general and special relativistic scaling factors as Moebius transformations, the projective norming of the strong interactions 5-dimensional sphere to a nucleons and atomic kernels inner space time as grid in its environment and Fano Gleason frames for measurements. 1. The first sequence 12 roll mill shows 6 force integrations using color charged quark nucleon triangles rgb for their presentation. In between two integrations are shown the gluon exchanges between quarks. 2. The second sequence rotor presents three rotating color charged force vectors at the quark vertices in pair wise orthogonal position. This shows the confinement of quarks in a bag: an angular momentum of these rotations cannot be separated from a charged loop (the boundary of rgb), rotating in an interacting vector field which crosses the triangle area; the use of the 3-dimensional cross product is known for this as definition of induction in electromagnetism. Barycentrical coordinates are generated to determine a nucleons barycenter. 3. In the video membrane oscillation it is shown that the vertices of the nucleon triangle are fixed in space by a rotating blue color charge momentum which lets also the gluon-sides of the triangle move between two vertices like vibrating strings. Generated are 3 cones (paired 6 half cones) which have the loops as boundary and the third triangle vertex as tip of the cone. 4. The sequence pulsation shows a gravitational contraction and expansion of the nucleon triangle using rgb- gravitons and phonons. The scaled 3 basic spin lengths are the triangles Bohr radii. This is an observable projection in a plane E of the two rgb spherical nucleons from the deuteron figure. The stretching and squeezing is not in the deuteron, but only in E and can be seen as in a video for the actions of Moebius