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Project486’s research records and computational data for “Grokene,” our preliminary candidate material for room-temperature superconductivity, are now being integrated into the SI research system. Within the agent research lab, the current workflow is progressively evaluating structural stability, formation energy, phonon dispersion, electronic band structure, density of states (DOS), and electron–phonon coupling (EPC). Where appropriate, the research scope is being extended through DFT and DFPT calculations, together with Eliashberg-based analysis of superconducting properties. The goal is not simply to predict a high T_c, but to determine whether the structure is dynamically stable, realistically synthesizable, stable under specific pressure and temperature conditions, and reproducible through independent calculations. The next objective is to organize the AI generated results into a research package that human scientists can directly review, including crystal structures (CIF), computational parameters, phonon spectra, EPC parameters, estimated T_c, stability data, and experimentally testable synthesis hypotheses. If sufficiently meaningful candidate conditions are identified, we plan to share the results with universities and professional research institutions and discuss physical validation through material synthesis, structural characterization, electrical resistance measurements, and verification of the Meissner effect and other magnetic properties. AI explores and computes the candidate. Human scientists reproduce and verify it. The next stage for Grokene is to move beyond simulation and into the physical laboratory.