Data and Code for: Quantum Mechanics and the Theory of Information Saturation (TIS): A Dually Constrained Collapse Model with a Testable Prediction

This repository contains the supplementary computational script for the paper: "Quantum Mechanics and the Theory of Information Saturation (TIS): A Dually Constrained Collapse Model with a Testable Prediction". This work presents a testable mechanism for objective wave function collapse derived from the Theory of Information Saturation (TIS). ## Repository Contents - **`README.md`**: A file providing context for the script.- **`calculations.py`**: A commented Python script that performs the key calculations presented in the paper. This includes: 1. The consistency check ("Floor Test"): Calculation of the integrated information `I` for the record-holding Arndt molecule using three different physical models. 2. The main falsifiable prediction: Calculation of the critical collapse radius `R_crit` for a silica (SiO₂) nanosphere. ## How to Use The script `calculations.py` can be run with any standard Python 3 interpreter. It has no external dependencies beyond the standard library. All constants and parameters used are defined and commented within the script. ## Citation If you use the script or refer to these calculations, please cite the main paper: K. Vargovský, M. Vargovská, et al. (2025). *Quantum Mechanics and the Theory of Information Saturation (TIS): A Dually Constrained Collapse Model with a Testable Prediction*.