I get that. By "monitor" I mean control or regulate.houlahound said:What monitors this is some form of detector beyond the capability of the human eye.
We need to get this less mysterious one of these days!houlahound said:The complex laws of nature ie QM.
Chris Frisella said:We need to get this less mysterious one of these days!
Absorption randomity refers to the unpredictable and random nature by which molecules or particles are absorbed into a substance or material. This phenomenon is often observed in scientific experiments involving absorption, such as in the study of diffusion or chemical reactions.
Absorption randomity occurs due to the inherent randomness and movement of molecules and particles. When a substance comes into contact with another material, the molecules or particles will randomly interact and be absorbed at different rates, leading to a non-uniform distribution of the absorbed substance.
Several factors can influence absorption randomity, including the properties of the absorbing material, the concentration and properties of the substance being absorbed, and external factors such as temperature and pressure. Additionally, the size and shape of the absorbing material can also impact the randomness of absorption.
Absorption randomity is important in scientific research because it can provide valuable insights into the behavior and interactions of substances at a molecular level. By studying absorption randomity, scientists can better understand diffusion, chemical reactions, and other processes that involve the absorption of substances.
While absorption randomity cannot be completely eliminated, it can be controlled or minimized through various methods. These include using a uniform and consistent absorbing material, controlling external factors such as temperature and pressure, and using statistical techniques to analyze and account for the randomness in experiments.