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All Mathematical Physics, Biology and Game Theory

Named mathematical models built to describe a physical, biological or strategic system, studied here as the model itself rather than as the physics, biology or game it describes. Belongs here: the Ising Model, the lattice model of interacting magnetic spins that became the standard toy model for phase transitions and is studied today as a mathematical object independent of the ferromagnets that first motivated it. Does not belong here: the underlying physical, biological or game-theoretic subject matter itself, which is out of this atlas's own scope or belongs to a branch or concept entity rather than a named mathematical object; and purely probabilistic constructions with no physical, biological or game-theoretic motivation, such as the Normal Distribution or a Markov Chain, filed under Probability and Statistics above because that is the cluster their own live SubLabel places them in.

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All Mathematical Physics, Biology and Game Theory
Filter Results65 entries

ADM Formalism

Mathematical Physics, Biology and Game Theory

Alcubierre Drive

Mathematical Physics, Biology and Game Theory

Antoine Equation

Mathematical Physics, Biology and Game Theory

Avrami Equation

Mathematical Physics, Biology and Game Theory

Barometric Formula

Mathematical Physics, Biology and Game Theory

Black Brane

Mathematical Physics, Biology and Game Theory

Boltzmann Distribution

Mathematical Physics, Biology and Game Theory

Boltzmann's Entropy Formula

Mathematical Physics, Biology and Game Theory

Brillouin and Langevin Functions

Mathematical Physics, Biology and Game Theory

Cauchy's Equation

Mathematical Physics, Biology and Game Theory

Competitive Lotka-Volterra Equations

Mathematical Physics, Biology and Game Theory

Continuity Equation

Mathematical Physics, Biology and Game Theory

Cosmic Neutrino Background

Mathematical Physics, Biology and Game Theory

Dictator Game

Mathematical Physics, Biology and Game Theory

Empty Fort Strategy

Mathematical Physics, Biology and Game Theory

Ergun equation

Mathematical Physics, Biology and Game Theory

Euler's Equations (Rigid Body Dynamics)

Mathematical Physics, Biology and Game Theory

Fermi-Pasta-Ulam-Tsingou Problem

Mathematical Physics, Biology and Game Theory

Fisher equation

Mathematical Physics, Biology and Game Theory

Friedmann-Lemaitre-Robertson-Walker Metric

Mathematical Physics, Biology and Game Theory

Generalized Lotka-Volterra Equation

Mathematical Physics, Biology and Game Theory

Hammett equation

Mathematical Physics, Biology and Game Theory

Hawk-Dove Game

Mathematical Physics, Biology and Game Theory

Iron Law of Wages

Mathematical Physics, Biology and Game Theory

Ising Model

Mathematical Physics, Biology and Game Theory

Jarzynski Equality

Mathematical Physics, Biology and Game Theory

Jerk (Physics)

Mathematical Physics, Biology and Game Theory

Kerr-Newman metric

Mathematical Physics, Biology and Game Theory

Kirchhoff's Diffraction Formula

Mathematical Physics, Biology and Game Theory

Koide Formula

Mathematical Physics, Biology and Game Theory

Kubo Formula

Mathematical Physics, Biology and Game Theory

Kuramoto Model

Mathematical Physics, Biology and Game Theory

Legendre Transformation

Mathematical Physics, Biology and Game Theory

Lennard-Jones Potential

Mathematical Physics, Biology and Game Theory

Lindbladian

Mathematical Physics, Biology and Game Theory

Linearized gravity

Mathematical Physics, Biology and Game Theory

Link Budget

Mathematical Physics, Biology and Game Theory

London equations

Mathematical Physics, Biology and Game Theory

Lorentz Factor

Mathematical Physics, Biology and Game Theory

Lotka-Volterra Equations

Mathematical Physics, Biology and Game Theory

Mass Matrix

Mathematical Physics, Biology and Game Theory

Mathematical Universe Hypothesis

Mathematical Physics, Biology and Game Theory

Potts Model

Mathematical Physics, Biology and Game Theory

Price equation

Mathematical Physics, Biology and Game Theory

Prisoner's Dilemma

Mathematical Physics, Biology and Game Theory

Rayleigh Dissipation Function

Mathematical Physics, Biology and Game Theory

Replica Trick

Mathematical Physics, Biology and Game Theory

Replicator Equation

Mathematical Physics, Biology and Game Theory

Scalar Field

Mathematical Physics, Biology and Game Theory

SEIR Model

Mathematical Physics, Biology and Game Theory
Sources
1. Mathematical Physics (Wikipedia)
Wikimedia FoundationNewtonian and post-Newtonian physics
Quote, Newtonian and post-Newtonian physics
Newton's theory of motion, culminating in his Philosophiæ Naturalis Principia Mathematica (Mathematical Principles of Natural Philosophy) in 1687, modeled three Galilean laws of motion along with Newton's law of universal gravitation on a framework of absolute space-hypothesized by Newton as a physically real entity of Euclidean geometric structure extending infinitely in all directions-while presuming absolute time, supposedly justifying knowledge of absolute motion, the object's motion with respect to absolute space.
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