Simulation of the Electron - Revision history

Tom: /* References */

2024-02-26T06:09:51Z

‎References

Tom: /* Dirac Equations */

2023-11-17T20:14:48Z

‎Dirac Equations

Tom: /* Context */

2023-11-17T20:06:07Z

‎Context

Tom: /* Full Title or Meme */

2023-11-17T20:04:07Z

‎Full Title or Meme

Tom at 20:02, 17 November 2023

2023-11-17T20:02:14Z

Tom: Created page with "It is called relativistic quantum mechanics, largely developed at least initially by Paul Dirac. The theoretical developments based on Dirac’s equation can allow the simulat..."

2023-11-17T19:58:15Z

Created page with "It is called relativistic quantum mechanics, largely developed at least initially by Paul Dirac. The theoretical developments based on Dirac’s equation can allow the simulat..."

New page

It is called relativistic quantum mechanics, largely developed at least initially by Paul Dirac. The theoretical developments based on Dirac’s equation can allow the simulation of the behavior of an electron but that simulation will be essentially probabilistic in nature and not deterministic. One could use Monte Carlo procedures to illustrate aspects of the behavior. It is also necessary to describe the environment in which the electron is located, i.e. the details of the particular atomic or molecular structure in which it is located for any simulation to describe any situation realistically. What you possibly mean by simulation is visualization. This is largely up to the skill of the person programming the physical model of the electron both in programming skills and physics skills understanding the physics involved.

← Older revision		Revision as of 06:09, 26 February 2024
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	[[Category: Physics]]		[[Category: Physics]]
		+	[[Category: Model]]

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 ===Dirac Equations===
 The theoretical developments based on Dirac’s equation can allow the simulation of the behavior of an electron but that simulation will be essentially probabilistic in nature and not deterministic. One could use Monte Carlo procedures to illustrate aspects of the behavior. It is also necessary to describe the environment in which the electron is located, i.e. the details of the particular atomic or molecular structure in which it is located for any simulation to describe any situation realistically. What you possibly mean by simulation is visualization. This is largely up to the skill of the person programming the physical model of the electron both in programming skills and physics skills understanding the physics involved.
 The other representations of the Dirac algebra, such as the Weyl and the Maiorana representations

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 ==Context==
 The Electron and the Photon are the simplest of quantum objects and so are the typical choice for building a quantum computer based on the superposition of states that these objects exhibit.
 ===Dirac Equations===
-  The theoretical developments based on Dirac’s equation can allow the simulation of the behavior of an electron but that simulation will be essentially probabilistic in nature and not deterministic. One could use Monte Carlo procedures to illustrate aspects of the behavior. It is also necessary to describe the environment in which the electron is located, i.e. the details of the particular atomic or molecular structure in which it is located for any simulation to describe any situation realistically. What you possibly mean by simulation is visualization. This is largely up to the skill of the person programming the physical model of the electron both in programming skills and physics skills understanding the physics involved.
+The theoretical developments based on Dirac’s equation can allow the simulation of the behavior of an electron but that simulation will be essentially probabilistic in nature and not deterministic. One could use Monte Carlo procedures to illustrate aspects of the behavior. It is also necessary to describe the environment in which the electron is located, i.e. the details of the particular atomic or molecular structure in which it is located for any simulation to describe any situation realistically. What you possibly mean by simulation is visualization. This is largely up to the skill of the person programming the physical model of the electron both in programming skills and physics skills understanding the physics involved.
 The other representations of the Dirac algebra, such as the Weyl and the Maiorana representations

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 ==Full Title or Meme==
-It is called relativistic quantum mechanics.
+It is called relativistic quantum mechanics which is the basis for the [[Quantum Computing Threat]] to secure communications.
 ==Context==

← Older revision		Revision as of 20:02, 17 November 2023
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−	It is called relativistic quantum mechanics~~, largely developed at least initially by Paul~~ Dirac. The theoretical developments based on Dirac’s equation can allow the simulation of the behavior of an electron but that simulation will be essentially probabilistic in nature and not deterministic. One could use Monte Carlo procedures to illustrate aspects of the behavior. It is also necessary to describe the environment in which the electron is located, i.e. the details of the particular atomic or molecular structure in which it is located for any simulation to describe any situation realistically. What you possibly mean by simulation is visualization. This is largely up to the skill of the person programming the physical model of the electron both in programming skills and physics skills understanding the physics involved.	+	==Full Title or Meme==
		+	It is called relativistic quantum mechanics.
		+
		+	==Context==
		+	The Electron and the Photon are the simplest of quantum objects and so are the typical choice for building a quantum computer based on the superposition of states that these objects exhibit.
		+
		+	===Dirac Equations===
		+	The theoretical developments based on Dirac’s equation can allow the simulation of the behavior of an electron but that simulation will be essentially probabilistic in nature and not deterministic. One could use Monte Carlo procedures to illustrate aspects of the behavior. It is also necessary to describe the environment in which the electron is located, i.e. the details of the particular atomic or molecular structure in which it is located for any simulation to describe any situation realistically. What you possibly mean by simulation is visualization. This is largely up to the skill of the person programming the physical model of the electron both in programming skills and physics skills understanding the physics involved.
		+
		+	The other representations of the Dirac algebra, such as the Weyl and the Maiorana representations
		+
		+	==References==
		+
		+	[[Category: Physics]]