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Mathematical rigor was added to this concept in 1835 by the Irish mathematician and scientist William Rowan Hamilton.
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{{cquote|Basically, without outside intervention, objects travel along the path of least resistance and least change. This is called the principle of least action. We know it applies in our everyday world, and now—thanks to a new study—we know it applies in the quantum world as well.<ref>https://www.popularmechanics.com/science/a43981125/principle-of-least-action-demonstrated-in-quantum-realm/</ref>}}
 
{{cquote|Basically, without outside intervention, objects travel along the path of least resistance and least change. This is called the principle of least action. We know it applies in our everyday world, and now—thanks to a new study—we know it applies in the quantum world as well.<ref>https://www.popularmechanics.com/science/a43981125/principle-of-least-action-demonstrated-in-quantum-realm/</ref>}}
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== History ==
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This principle was first proposed in 1744 by the French cosmologist Pierre-Louis Moreau de Maupertuis (1698-1759, after settling in Basel, Switzerland), who declared in Essai de cosmologie (1750; “Essay on Cosmology”) that “in all the changes that take place in the universe, the sum of the products of each body multiplied by the distance it moves and by the speed with which it moves is the least [that is] possible.”<ref>https://www.britannica.com/biography/Pierre-Louis-Moreau-de-Maupertuis#ref9124</ref>
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Mathematical rigor was added to this concept in 1835 by the Irish mathematician and scientist William Rowan Hamilton.
 
== See also ==
 
== See also ==
 
*[[Lagrangian]]
 
*[[Lagrangian]]
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