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Interpretation of the Results of the Real Wheeler's Experience

机译：真实惠勒经验结果的解释

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The problem of the dualism of properties of quantum objectsis still one of the constantly debated problems of physics. To solve this problem, Wheeler proposed a thought experiment with a change in diffraction conditions for a separately flying particle. Interpretation of real experiments on the diffraction scattering of microparticles suggests that their behavior is determined by both their past and their future state. The purpose of this paper is to explain the obtained paradoxical result by the methods of classical physics. The concept of the temporal state of an object is introduced, which is equal to the square root of the pulse, analogous to the wave function in quantum mechanics. The novelty of the adopted approach is to describe the interaction of the current temporary state, both with the past and with the future temporary states. In this case, the interaction forces are proportional to the product of neighboring temporary states and inversely proportional to the time interval between these temporary states. The range of applicability of the proposed model is limited by speeds that are significantly lower than the speed of light, as well as by the condition of relatively small (compared to speed) temporal velocity increments. On the basis of the adopted method, formulas of classical dynamics for uniformly accelerated motion and motion along a circle are derived. In the framework of new ideas, the principle of equality of action and reaction is justified for the force of inertia.
机译：量子物体性质的二元性问题仍然是物理学界不断争论的问题之一。为了解决这个问题，Wheeler提出了一个思想实验，改变了单独飞行的粒子的衍射条件。对微粒衍射散射的真实实验的解释表明，微粒的行为取决于微粒的过去和未来状态。本文的目的是通过经典物理学的方法来解释所获得的悖论结果。引入了对象的时间状态的概念，该概念等于脉冲的平方根，类似于量子力学中的波函数。所采用的方法的新颖性在于描述当前临时状态与过去以及将来的临时状态之间的相互作用。在这种情况下，相互作用力与相邻临时状态的乘积成比例，而与这些临时状态之间的时间间隔成反比。所提出模型的适用范围受到明显低于光速的速度以及相对较小（与速度相比）时间速度增量的条件的限制。在所采用的方法的基础上，推导了匀速加速运动和沿圆周运动的经典动力学公式。在新思想的框架中，作用和反应相等的原理对于惯性力是合理的。

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