The Uneven Universe: Reinterpreting Spacetime and Matter through Entropy and Symmetry Breaking

摘要:为什么存在的是宇宙,而不是一片绝对均匀的死寂?本文的核心命题是:存在的本质在于不均匀。从热力学熵出发,分析了在熵最大状态下时间、空间与物质这些概念如何被彻底消解。这一“热寂”终局揭示出,绝对均匀与绝对虚无是等价的。我们宇宙之所以存在,恰恰是因为它偏离了这一终极均匀基态。本文将这种“不均匀性”把不均匀性确立为宇宙的第一原理,然后沿着这条线索重新解释时间、空间和物质的起源。时间是不均匀性的动力学展开,它的单向箭头来自初始低熵的不可逆性;物质是不均匀性的局域凝聚态,静质量正好是所锁定不均匀性总量的量度,光速极限则是这种锁定结构在时空中维持自身存在的速度上限。基于此,本文用宇称不守恒定律作为物理证据,展示对称性破缺如何在微观尺度驱动物质-反物质不对称,最终为可观测宇宙奠定了物质基础。最后,本文挣脱“大爆炸”这个隐喻的束缚,把宇宙史重新描述为不均匀性的持续展开,宇宙的演化,可以理解为从原初的对称性破缺出发,逐步生成万物的一种流变过程。 Abstract:Why does a universe exist, rather than an absolutely uniform, lifeless stillness? This paper proposes a core thesis: the essence of existence is inhomogeneity. Proceeding from thermodynamic entropy, the paper analyzes the complete dissolution of the concepts of time, space, and matter in the state of maximum entropy. This "heat death" end reveals that absolute uniformity is equivalent to absolute nothingness. The universe we inhabit exists precisely because of its deviation from this ultimate uniform ground state. This paper establishes "inhomogeneity" as the first principle of the universe and, following this thread, reinterprets the origin of time, space, and matter: time is the dynamic unfolding of inhomogeneity, with its one-way arrow rooted in the irreversibility of an initial low-entropy state; matter is the localized condensate of inhomogeneity, with its rest mass measuring the total amount of locked-in inhomogeneity, while the speed of light limit is the upper bound at which such a locked structure can maintain itself in spacetime. On this basis, the paper takes the law of parity nonconservation as physical evidence, demonstrating how symmetry breaking drives matter-antimatter asymmetry from the microscopic scale, thereby laying the material foundation of the observable universe. Finally, the paper breaks free from the shackles of the "Big Bang" metaphor and re-describes cosmic history as the continuous unfolding of inhomogeneity—a universe that is not a product of explosion, but a flux from primordial broken symmetry to the genesis of all things.