Grit Meng

The Second Renaissance: Why System and Complexity Science Is the "Metascience of Metasciences"

Modern science was established upon the "vertical specialization" of Cartesian and Newtonian reductionism, achieving immense local success in micro-isolated slices. However, when confronted with strongly coupled Open Complex Giant Systems (OCGS), reductionism universally traps it...

Generation, Survival, and Evolution of Open Complex Giant Systems: Inference Deductions and Isomorphic Proof of OCGS Based on the Non-IID First Principle

The long-term survival and evolution of Open Complex Giant Systems (OCGS) remain one of the ultimate challenges in system science and complexity science [1-4]. Grounded in 18 years of industrial physical practice (IPS System) at Lenovo Group and computational breakthroughs of the...

Generation, Survival, and Evolution of Open Complex Giant Systems: Inference Deductions and Isomorphic Proof of OCGS Based on the Non-IID First Principle

The long-term survival and evolution of Open Complex Giant Systems (OCGS) remain one of the ultimate challenges in system science and complexity science [1-4]. Grounded in 18 years of industrial physical practice (IPS System) at Lenovo Group and computational breakthroughs of the...