GONM Supplementary Simulation Atlas and Computational Results

Under Study

This deposit contains the supplementary simulation atlas and computational results associated with the article “GONM: A Layered Mathematical and Experimental Framework for Global Optimization on Noisy Multimodal Surfaces”.

The material consolidates the organized visual and numerical demonstrations used to support the GONM framework across a range of benchmark, physical, control, and variational settings. It is intended as a companion results archive rather than as a standalone theoretical article.

The supplement includes visual summaries, numerical outcomes, and short interpretive notes for simulations involving noisy multimodal optimization, Lennard-Jones atomic structures, coarse-grained protein folding, routing and logistics, neural optimization and pruning, variational quantum problems, relativistic trajectory search, feedback control, smart-grid redispatch, reduced cosmological N-body stability, and related demonstrations.

Its purpose is to document the computational side of the project in a single organized reference, making the empirical support of the GONM framework easier to inspect, cite, and reuse.

Main themes:
- computational results;
- simulation atlas;
- noisy multimodal optimization;
- Lennard-Jones optimization;
- variational and control demonstrations;
- supplementary material.