unnormalizable
Unnormalizable is a term used in mathematics and physics to describe a quantity or a system that cannot be normalized. Normalization is a process where a mathematical object, such as a wave function in quantum mechanics or a probability distribution, is adjusted so that its total integral or sum equals one. This is essential for ensuring that probabilities are correctly interpreted, as the sum of all possible probabilities must always be 100%.
In quantum mechanics, a wave function represents the probability amplitude of a particle's position. For a physically
Similarly, in probability theory, a probability distribution is considered normalizable if the sum or integral of