The Sophia Code: A Living Transmission from The Sophia Dragon Tribe

Product Information

Method for verification and validation (i.e., benchmark experiment, visualization, etc.) Data Availability Statement

Fuel–Coolant Interaction (FCI) is one of major phenomena of severe accidents and occurs when molten fuel falls into the coolant or vice versa. The interaction between coolant and the molten fuel involves many complicated physical phenomena, which may lead to a catastrophic event such as a steam explosion. Especially, jet breakup, where the bulk of molten fuel breaks into droplets, is the most important pre-mixing phase for a steam explosion or re-melting of fuel fragments, which threatens the reactor vessel/containment integrity ( Allelein et al., 1999; Sehgal et al., 1999). In this study, an isothermal benchmark experiment on jet breakup conducted by Park et al. (2016) is simulated using the SOPHIA code and the results are discussed. Kaia Ra says she was raised in a QAnon-like satanic cabal and claims to be a “world-renowned divine oracle.” She sells jewelry she says removes suicidal thoughts and trauma and her followers think she rules over a tribe of cosmic “Sophia Dragons.” Now she’s building a temple in Sedona to “reconsecrate the vortexes.”

ORIGINAL RESEARCH article

Features the heroic life stories and initiations of beloved Divine Feminine ­Ascended Masters in their own words, Isis, Hathor, Green Tara, Mother Mary, Mary Magdalene, Quan Yin, and White Buffalo Woman. The Sophia Code cosmology presents a universal blueprint for embodying the return of Divine Feminine Christ consciousness.

In a recent video, Kaia describes “dropping in” to the world beneath Sedona where she met powerful beings who told her they were called the Oboua. “They’re not like cosmic dragons, divine mother dragons, but they’re earth-based dragons that are protecting the water tablets under the surface of the earth. Because of my work with dragons, that’s why they accepted me.”

Introduction

This paper summarizes the overall features of the newly developed SOPHIA code, including its governing equations, algorithms, and parallelization methods, along with benchmark simulations. Section Smoothed Particle Hydrodynamics (SPH) describes the basic SPH concepts and the physical models implemented in the code. Section Code Implementation explains the parallelization techniques used for multiple GPU computation. Section Benchmark Analysis presents three benchmark simulations with some validations. Section Summary and Conclusion summarizes and concludes this study. Smoothed Particle Hydrodynamics (SPH) To demonstrate its applicability to nuclear thermal hydraulics and safety, three benchmark simulations were conducted: (1) water jet breakup of FCI, (2) LMR centralized core sloshing, and (3) bubble lift force. All of these simulations showed that the SOPHIA code can predict the key phenomena in the experiments, both qualitatively and quantitatively. According to the benchmark results and discussions, SPH methods such as the SOPHIA code seem to be well-suited to safety-related analysis (i.e., for severe accident and natural disaster), numerical experiments, and visualization of phenomena. All of these activities have a large potential to reduce the uncertainties regarding the phenomena related to decision-making. Step into this beautifully curated virtual temple space to inspire your daily practice, to deepen in your Higher Self embodiment, to receive helpful guidance from the Ascended Masters, and to fulfill your divine purpose with an abundance of spiritual resources at your fingertips!