Molecular Destruction Theory: A Framework for Quantifying Irreversible Molecular Change

Molecular Destruction Theory: A New Framework for Quantifying Irreversible Molecular ChangeTreasure Nmachuwku UkachiSeptember 27, 2025 Abstract Molecular Destruction Theory (MDT) introduces a groundbreaking approach to quantifying irreversible molecular change, addressing a critical gap in traditional chemistry and thermodynamics. While existing models focus on energy transfer and reaction kinetics, MDT provides the first formal framework for measuring the loss of molecular identity and functional information during destructive processes like combustion, polymer degradation, and oxidative aging. Key Innovations Molecular Complexity Index (MCI): A Shannon entropy-based metric to quantify molecular structure and configuration. Destruction Degree Function D(t)D(t): A time-dependent measure of irreversible molecular degradation, where D(t)=1D(t)=1 signifies complete loss of molecular identity. Sensory-Molecular Correlation: Links perceptual experiences (e.g., tasting burnt food) to molecular destruction thresholds, demonstrating how biological systems detect irreversible change. Applications Predicting material lifespans in batteries, polymers, and pharmaceuticals. Assessing environmental degradation (e.g., plastic waste, fossilization). Advancing astrobiology by defining molecular preservation limits in extraterrestrial samples.