弦论的问题及其可能的解决方案
Problematic aspects of string theories and their possible resolution
摘要：
我们发现了新的，相当严重的，物理的和公理的不一致性，目前制定的弦论由于缺乏必要的不变单位的测量，缺乏保存在时间的厄米性，可观测性，和其他缺点。我们提出了三个新的弦论的{ \it matter}通过强子力学的新的iso-，geno-和hyper-数学逐渐增加的复杂性，解决了当前的不一致性，同时提供了新的有趣的可能性，如：一个公理一致的和不变的公式在弯曲的流形，将宏观不可逆性还原到宇宙底层（以太）最原始的振动水平，或者处理多值生物结构。然后，我们确定了三个相应的{\it经典}公式的弦论的{ \it反物质}通过新的反同构等对偶数学。最后，我们概述了新兴的新宇宙学的有趣特征（包括生物结构，因为它应该是所有宇宙学），如：普遍不变性（而不是协变性）在与庞加莱群及其对偶同构的对称性下;宇宙中物质和反物质的平均分布（作为极限情况）;连续创造;不需要缺失的质量;显著减少的维度;实验识别宇宙中物质和反物质的可能性;以及时间、能量、线动量和角动量、电荷等的全零特性。
英文摘要：
We identify new, rather serious, physical and axiomatic inconsistencies of the current formulation of string theories due to the lack of invariant units necessary for measurements, lack of preservation in time of Hermiticity-observability, and other shortcomings. We propose three novel reformulations of string theories for {\it matter} of progressively increasing complexity via the novel iso-, geno- and hyper-mathematics of hadronic mechanics, which resolve the current inconsistencies, while offering new intriguing possibilities, such as: an axiomatically consistent and invariant formulation on curved manifolds, the reduction of macroscopic irreversibility to the most primitive level of vibrations of the universal substratum (ether), or the treatment of multi-valued biological structures. We then identify three corresponding {\it classical} formulations of string theories for {\it antimatter} via the novel anti-isomorphic isodual mathematics. We finally outline the intriguing features of the emerging new cosmologies (including biological structures, as it should be for all cosmologies), such as: universal invariance (rather than covariance) under a symmetry isomorphic to the Poincaré group and its isodual; equal distributions of matter and antimatter in the universe (as a limit case); continuous creation; no need for the missing mass; significantly reduced dimensions; possibility of experimental identification of matter and antimatter in the universe; and identically null total characteristics of time, energy, linear and angular momentum, charge, etc.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
