标题： 量子理论作为波动性超局域的亚量子层次的涌现 显示英文标题

标题： Quantum Theory as emergent from an undulatory translocal Sub-Quantum Level

摘要： 我们认为量子理论是一种低能有效理论，它源于某种具有波动性和非定域性质的次量子层次理论。 我们展示了量子理论与引力以及全息原理之间的紧密联系，它们是这一原始层次上同一种理论的不同现象。 在我们的分析中，广义重整化群的概念扮演了重要角色，它将这一原始层次与例如量子理论加上连续时空相连接。 我们表明，像看似瞬时的状态坍缩、EPR佯谬或多重维度问题等特征现象，可以在我们的波动性非定域理论中以现实的方式加以理解。 最重要的是，我们给出了一个对相函数的现实解释，将其视为玻姆精神中的集体作用变量，并解释了宏观时间概念的出现。 显示英文摘要

摘要： We argue that quantum theory is a low-energy effective theory which emerges from some sub-quantum level theory which is of an undulatory and translocal character. We show the close connection of quantum theory with both gravity and the holographic principle which are different phenomena of one and the same theory on this primordial level. An important role in our analysis is played by the concept of a generalized renormalization group connecting this primordial level and e.g. quantum theory plus a continuous space-time. We show that characteristic phenomena like the seemingly instantaneous state reduction, the EPR-paradox or the problem of polydimensions can be understood in our undulatory translocal theory in a realistic way. Most importantly, we give a realistic interpretation of the phasefunction as a collective action variable in the spirit of Bohm and explain the emergence of a macroscopic notion of time.