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models [2018/05/07 07:03]
jakobadmin [Overview]
models [2022/09/07 20:06]
147.92.69.196 [Overview]
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 The best model for the behaviour and interactions of [[advanced_notions:​elementary_particles|elementary particles]] is known as the [[models:​standard_model]]. It consists of [[models:​standard_model:​qcd|Quantum Chromodynamics]],​ which describes strong interactions,​ and the [[models:​standard_model:​electroweak|Electroweak Model]], which describes electroweak interactions. A crucial part of the [[models:​standard_model:​electroweak|Electroweak Model]] is [[models:​standard_model:​qed|Quantum Electrodynamics]]. The best model for the behaviour and interactions of [[advanced_notions:​elementary_particles|elementary particles]] is known as the [[models:​standard_model]]. It consists of [[models:​standard_model:​qcd|Quantum Chromodynamics]],​ which describes strong interactions,​ and the [[models:​standard_model:​electroweak|Electroweak Model]], which describes electroweak interactions. A crucial part of the [[models:​standard_model:​electroweak|Electroweak Model]] is [[models:​standard_model:​qed|Quantum Electrodynamics]].
  
 +**Newtonian Model Types**
 +  * Particle
 +  * Rigid Body
 +  * Elastic Solid
 +  * Ideal Fluid
 +  * Ideal Gas
 +
 +   * [[https://​geocalc.clas.asu.edu/​pdf/​ModelingGameswFig2.pdf| Modeling Games in the Newtonian World]] by David Hestenes
 +   
 ---- ----
  
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 ---- ----
 +
 +**Definition of a Model**
  
 It is convenient to define a model in terms of a [[formalisms:​lagrangian_formalism|Lagrangian]]. However, there are models that cannot be described in terms of a Lagrangian((http://​users.ox.ac.uk/​~mert2255/​papers/​symmetries.pdf)). It is convenient to define a model in terms of a [[formalisms:​lagrangian_formalism|Lagrangian]]. However, there are models that cannot be described in terms of a Lagrangian((http://​users.ox.ac.uk/​~mert2255/​papers/​symmetries.pdf)).
models.txt · Last modified: 2022/09/07 20:30 by 147.92.69.196