On Traumatic Redshift and Substrate Stress Dissipation_An Ontological Reconstruction and Epistemological Reflection on the Tension Between JWST High-Redshift Galaxy Observations and the ΛCDM Model

Recent observations from the James Webb Space Telescope (JWST) indicate the existence of a large number of massive, morphologically mature, and highly efficient star-forming galaxies in the extremely high-redshift regime ( z > 10 ). This discovery presents a significant theoretical tension with the predictions of the standard ΛCDM (Cold Dark Matter + Cosmological Constant) model, which posits that "high redshift equals the extremely early universe, where galaxies have not yet matured." To alleviate this tension, some scholars have proposed parameterized patch solutions, such as modifying early galactic evolution efficiency or introducing a "time-varying clock rate." This paper aims to provide an alternative explanatory framework based on the ontology of an absolute flat substrate, conducting an ontological reconstruction and epistemological reflection within the philosophy of physics. The framework asserts that the essence of time is a counting ratio based on a fixed reference frequency fluctuation, rather than an absolute physical entity. Building upon this, the paper argues that galactic redshift is not a representation of spatial scale expansion, but rather the energy attenuation of light wave-chains—caused by substrate stress dissipation (Traumatic Redshift)—as they traverse non-uniform gravitational field variation regions during their long propagation paths. This model decouples the redshift value from the true physical age of the galaxy. The article further proposes that in extremely distorted gravitational gradient fields, the stress differential across the wave-chain will cause single-frequency waves to exhibit multi frequency superposition or anomalous spectral broadening. This serves as a distinguishing testable prediction that differentiates the model from traditional gravitational lensing effects.