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D.R.U
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What is your thought s about quantization and discontinuity in physics...is possible?...if yes then How?
atyy said:There are two meanings of "quantized".
In old quantum theory and popular language, quantization means discreteness. This sort of discreteness is found in the energy levels of the hydrogen atom, and you can see it by the distinct lines in the spectrum of hydrogen. http://en.wikipedia.org/wiki/Balmer_series
In quantum theory, quantization means making a quantum theory that can be well approximated by a classical theory in some regime. In this sense of the word, a quantum theory has essentially nothing to do with discreteness. Rather a quantum theory is defined as a theory that includes postulates such as states being rays in a vector space, and the probability of outcomes being given by the Born rule.
Quantization in physics refers to the process of representing physical quantities, such as energy or momentum, in discrete or distinct values. This means that these quantities can only exist in certain discrete levels or increments, rather than being continuous.
Quantization and discontinuity are closely related in physics because quantization results in a discontinuous or non-smooth behavior of physical quantities. This is because quantization implies that there are distinct, discrete levels at which these quantities can exist, rather than having a continuous range of values.
Some examples of quantization in physics include the quantization of energy levels in atoms, where electrons can only exist in certain discrete energy levels, and the quantization of angular momentum in quantum mechanics, where particles can only have certain discrete values of angular momentum.
Yes, quantization is a well-established concept in physics and has been confirmed by numerous experiments and observations. It is a fundamental principle in many areas of physics, including quantum mechanics and atomic physics.
Quantization has significant implications for our understanding of the physical world, as it challenges the classical idea of continuous and deterministic behavior of physical quantities. It suggests that at a fundamental level, the universe may be discrete and made up of individual, quantized units. This has led to groundbreaking theories and discoveries, such as quantum mechanics and the concept of wave-particle duality.