Difference between revisions of "Quantum mechanics"
| Line 1: | Line 1: | ||
Quantum mechanics is the synonym of [[quantum physics]]. It is better to use the word: [[mechanics]], rather than [[physics]], because it helps better isolate the notion of [[physical phenomenon]] from the nature of quanta, which is about an artificial act of [[measurement]] or [[conscientious decision]]. Knowing that quantum phenomena, such as [[entanglement]] and [[superposition]], are inherently [[scale-free]], they are not bound to particular physical phenomenon. It is more about a framework of reasoning about [[causal relation]]s. Therefore, [[quantum mechanics]] is not just about [[physical phenomenon]], but more about [[meta physics]] based on data and observations. The phrase: "[[Shut up and calculate!]]", best illustrate this property of the nature of intellectual discourses in the discipline of [[quantum mechanics]]. | Quantum mechanics is the synonym of [[quantum physics]]. It is better to use the word: [[mechanics]], rather than [[physics]], because it helps better isolate the notion of [[physical phenomenon]] from the nature of quanta, which is about an artificial act of [[measurement]] or [[conscientious decision]]. Knowing that quantum phenomena, such as [[entanglement]] and [[superposition]], are inherently [[scale-free]], they are not bound to particular physical phenomenon. It is more about a framework of reasoning about [[causal relation]]s. Therefore, [[quantum mechanics]] is not just about [[physical phenomenon]], but more about [[meta physics]] based on data and observations. The phrase: "[[Shut up and calculate!]]", best illustrate this property of the nature of intellectual discourses in the discipline of [[quantum mechanics]]. | ||
=Classical vs. Quantum= | |||
The main difference between classical mechanics and quantum mechanics, is the formulation of two branches of sciences differs in their treatment of state information, Classical information are in general, reducible, where quantum mechanics are [[irreducible]]<ref>{{:Video/What is a quantum system (Quantum Essentials)}}</ref>. | |||
<noinclude> | <noinclude> | ||
Latest revision as of 02:26, 28 December 2022
Quantum mechanics is the synonym of quantum physics. It is better to use the word: mechanics, rather than physics, because it helps better isolate the notion of physical phenomenon from the nature of quanta, which is about an artificial act of measurement or conscientious decision. Knowing that quantum phenomena, such as entanglement and superposition, are inherently scale-free, they are not bound to particular physical phenomenon. It is more about a framework of reasoning about causal relations. Therefore, quantum mechanics is not just about physical phenomenon, but more about meta physics based on data and observations. The phrase: "Shut up and calculate!", best illustrate this property of the nature of intellectual discourses in the discipline of quantum mechanics.
Classical vs. Quantum
The main difference between classical mechanics and quantum mechanics, is the formulation of two branches of sciences differs in their treatment of state information, Classical information are in general, reducible, where quantum mechanics are irreducible[1].
References
- ↑ Carcassi, Gabriele (Oct 19, 2021). What is a quantum system (Quantum Essentials). local page: Gabriele Carcassi.
Related Pages