Selector calculus

Selector calculus is a form of calculus, employed by Burkhard Heim in formulating his Theory of Everything. It uses a differencing method similar to finite element methods to calculate derivatives and path integrals. See Heim theory for details.

Related Topics:
Calculus - Burkhard Heim - Theory of Everything - Differencing - Finite element method - Derivatives - Path integral - Heim theory

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The approach differs from conventional differential calculus which does not place a finite lower bound on infinitesimals. In selector calculus, the limit of Riemann sums taken to infinity has no physical interpretation, as the smallest unit of measure is a metron, rather than infinitesimal.

Related Topics:
Differential calculus - Infinitesimal - Riemann sum - Infinity - Metron

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The discretization of selector calculus was used as an approach to model the observed quantised nature of fundamental particles. The use of this method by Heim results in a theory of particles which does not have infinities. This is in contrast to other particle models, such as the Standard Model.

Related Topics:
Quantised - Fundamental particles - Standard Model

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Selector calculus was developed entirely by Heim, but due to difficulties in translating his work from German to English, his calculus may indeed be nearly equivalent to that of finite element methods for tensors.

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