[Exploratory Version] Cosmic Filaments and Twisted Quantum States: A Unified Explanation via Pure Time Theory [Exploratory Version]

Recent observations of cosmic filaments through gravitational lensing and the emergence of exotic quantum states in twisted two-dimensional materials have been interpreted, respectively, as evidence for dark matter structures and novel material phases. In this article, we reinterpret both phenomena within the Pure Time Theory (PTT) framework, demonstrating that gravitational lensing effects and quantum anomalies naturally emerge from spatial variations and harmonics of the scalar temporal field Trelax. This unified approach eliminates the need for dark matter components and new exotic phases, while aligning with previous empirical validations of PTT on galactic scales and quantum domains. We outline theoretical predictions, propose empirical tests across cosmological and condensed matter settings, and discuss broader implications for unifying gravitational and quantum phenomena under a single temporal principle.