This work is aimed at studying the equations of state for a compensating interaction field, that is, a distortion tensor, obtained from translation invariance of the Lagrangian. In this model, the wave vector or the quantum momentum of a particle is the interaction charge for the compensating distortion tensor. Particular attention is paid to the quantum momenta of a particle that lies on the same straight line. It is shown that opposite quantum momenta are also attracted as unlike electric charges, which explains the attraction of electrons with oppositely directed quantum momenta in superconducting pairs.

中文翻译：

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库珀对中的电子配对作为对向量子蒙蒙塔的吸引

这项工作旨在研究用于补偿相互作用场的状态方程，即从拉格朗日平移不变性获得的畸变张量。在该模型中，粒子的波矢或量子动量是补偿畸变张量的相互作用电荷。要特别注意位于同一直线上的粒子的量子矩。结果表明，与电荷不同，相反的量子矩也被吸引，这解释了超导对中具有相反方向的量子矩的电子的吸引。