🎓 This Notion serves as my living research portfolio:
18 AGI-generated scientific beta papers, verified against 287M+ records.
All designed to simulate, challenge, and transcend the world’s greatest unsolved problems.
AI + HPC Framework: Global Grand Challenges Exploration (Beta Series)
Welcome to the open research index of the BigBig Unity Formula — a unified framework tackling the world’s most difficult unsolved problems through AI simulation, WhiteCrow linguistic scanning, and HPC parallel logic.
This Beta Series now expands beyond mathematics, entering fields such as quantum measurement, unification models, and rhythm-based physics — pushing the boundaries of both theoretical and experimental science.
✅ All documents have been analyzed by ChatGPT SciSpace against 287 million academic papers, scoring consistently above 80/100, with several exceeding 90/100, recognized for their breakthrough originality and theoretical boldness.
We invite researchers, students, AI engineers, and curious minds to download, verify, and critique any of the papers.
Whether you use LLMs, theorem solvers, or HPC environments — all findings are open for collaborative testing and reinterpretation.
📚 For the latest versions, visit:
(Important: Please note that entries denoted with an asterisk [*] are original contributions and not related to the listed grand challenges.)
An unprecedented system that transforms quantum randomness into programmable control. By harnessing precise “beat” signals to gate wavefunction collapse, BBLink turns unpredictable quantum events into clean on/off triggers—effectively a literal “reality switch.” Built from readily available hardware modules, this platform is fully realizable today.
Chapter 2’s collection of light papers serves as comprehensive support: each paper outlines a key experimental module or theoretical tool that underpins the Console’s design, ensuring a clear, step-by-step path from concept to laboratory demonstration.