cesaruelas
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Is the process of rotting food or any organic material directly related to the half life of its components?
The discussion clarifies that the rotting of food is not directly related to the half-life of its components, particularly in the context of radioactive decay. Rotting occurs due to cellular breakdown facilitated by bacteria and fungi, but organic material will decompose independently even in a bacteria-free environment. The concept of half-life applies to various forms of decay, but in the case of food, radioactive half-life is irrelevant as food is not significantly radioactive. The conversation emphasizes that while half-life can describe exponential decay, it does not correlate with food spoilage.
PREREQUISITESThis discussion is beneficial for food scientists, microbiologists, and anyone interested in food preservation techniques and the science of decomposition.
No. Rotting food occurs at a cellular level. Bacteria attack the organics and break them down.cesaruelas said:Is the process of rotting food or any organic material directly related to the half life of its components?
DaveC426913 said:No. Rotting food occurs at a cellular level. Bacteria attack the organics and break them down.
It would. Bacteria and fungus are a major source, but the organic material will decompose on its own as well. Cells leak. Fluids mix. Components lose integrity.cesaruelas said:Organic material in an ideally bacteria-free environment would never decompose?
If you can find any evidence suggesting a link between normal food rotting and radioactive decay, I would be quite surprised.cesaruelas said:or only then would its decomposition be linked to the half life of its components?
DaveC426913 said:If you can find any evidence suggesting a link between normal food rotting and radioactive decay, I would be quite surprised.
Borek said:The notion of half life is not limited to radioactive decay.