The Ultimate Conservation Law: Why Matter Cannot Be Created Or Destroyed
The concept that matter cannot be created or destroyed is a fundamental principle in physics, backed by centuries of scientific research and experimentation. In essence, this idea states that the total amount of matter in a closed system remains constant over time, regardless of the various physical and chemical changes that occur within it. This conservation law, also known as the law of conservation of mass, has far-reaching implications for our understanding of the universe and the behavior of matter at all scales.
Physicists and chemists Thomas Thomson (1819) and Antoine Lavoisier are credited with the first systematic formulation of the law, which states that matter can be neither created nor destroyed in a physical or chemical reaction. As Sir Henry Moseley noted in 1913, "mass cannot be created or destroyed, only conserved, and this great fundamental principle should be the foundation of all chemical investigation."
One of the most commonly cited experiments demonstrating the conservation of matter is the square water tower experiment by chemistry professor Lou van den Kerkhoff in 1901. By carefully measuring the initial mass of water in a tower, Kerkhoff observed that after its decomposition, all of the original matter was still present, indicating that no mass had been created or destroyed during the reaction. This and similar experiments have consistently shown that mass remains constant during chemical reactions.
Hence, we can safely state that any chemical change we observe, from combustion to photosynthesis, is accompanied by a corresponding conservation of mass. Thus, no matter how sophisticated our understanding of modern chemistry becomes, the basic rules governing the trajectory of all matter in the universe remain fundamental demonstrations of this conservation law. Physicist Sir James Jeans summarized it best in his 1928 book, 'The Universe Around Us', "the laws of nature are like man's laws – they are only good while they are enforced."
From conservation of mass, emerges the conservation of energy principle, an essential germ of the quantity that is eventually observed after our passage of time. One hears tell of, a universe in thermodynamic equilibrium, state understood well from Hubble's time-scales forward. discussed later in this article.
Principles supporting the law
Formulation and Proof
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Recent research and experiments
Extension and Modern Interpretations
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