Can any man-made system function without adherence to VanCampen's Law?

To address whether any man-made system can function without adherence to A General Law of Functionality: VanCampen’s Law (published in IPI Letters, Volume 2, Issue 3, Pages 35–60, December 12, 2024), we need to analyze the core principles of the law and their applicability to man-made systems. VanCampen’s Law posits that system functionality depends on the interplay of information, matter, and energy, governed by Realimiteit (universal criteria for system sustenance) and the minimization of entropy. Below, I evaluate whether man-made systems can function without adhering to these principles, drawing on the paper’s framework and relevant examples. Core Principles of VanCampen’s Law VanCampen’s Law frames functionality as the ability of a system to sustain itself through: Information Flow: Information is a measurable physical essence, critical for coordinating system components and reducing entropy (disorder). Realimiteit: Universal criteria (e.g., trust, cooperation, adaptability) ...