Experimental Validation of a Unified Quantum Chemo-Physics Model using FTIR NH₃ Data

This study presents an experimental validation of a unified theoretical approach integrating quantum physics and quantum chemistry, using real-world FTIR ammonia (NH₃) atmospheric data collected from two stations in Mexico City (ALTZ and UNAM). Through time-series and statistical analyses, significant differences in NH₃ column densities are revealed, aligning with theoretical expectations from quantum molecular models. The findings highlight the utility of open-access environmental datasets for testing next-generation chemo-physical theories that bridge molecular-scale quantum dynamics with atmospheric behavior.The author acknowledges the use of OpenAI’s language model for assistance in drafting certain sections of this workl<br>