"Unraveling the Quantum Mystery Behind a Small Molecule's Climate Influence"
A new study explains how the quantum resonance of carbon dioxide (CO2) molecules plays a significant role in trapping heat and contributing to global warming. The study reveals that the unique vibrational patterns of CO2, known as Fermi resonance, broaden the range of radiation absorbed by the molecules, enhancing their warming effect. This discovery sheds light on the molecular mechanism behind CO2's impact on Earth's climate and may also aid in understanding the climates of other planets.