Modeling RS Ophiuchi's Recurrent Nova Cycle Using Dillip Cosmological Equations of State Derived from KUTE Framework

We present a theoretical model of the recurrent nova RS Ophiuchi, a whitedwarf (WD)-red giant binary system approximately 5,000–7,381 light-years away inOphiuchus, using Dillip Cosmological Equations of State (DCEOS) derived from theKaundinya Unified Theory of Everything (KUTE) framework. Leveraging DCEOSv2.2, upgraded with NIF Sigma-37 validation, we analyze its 15-year outburst cycles(e.g., 2021 event) as a probe of mass transfer dynamics near the Chandrasekharlimit. The model integrates multi-messenger observations (optical, X-ray, neutrino)with high-density phase transitions, predicting a supernova at 2.88 ± 0.25 Myr andneutron star formation, ruling out a black dwarf phase due to SiPo lattice-drivencollapse. Falsification criteria are established to test the model’s robustness.