Erkenntnis · 2023 · 20 citations · 9 references
Natural SciencesMathematicsPhysicsMathematical PhysicsPhilosophy Of MathematicsTheoretical PhysicsClassical MechanicsHamiltonian DynamicsHamiltonian MechanicsHamiltonian SystemsLagrangian MechanicsHamiltonian FormulationLagrangian FormulationLagrangian SystemsStationary Action Principle
Abstract We argue that Hamiltonian mechanics is more fundamental than Lagrangian mechanics. Our argument provides a non-metaphysical strategy for privileging one formulation of a theory over another: ceteris paribus , a more general formulation is more fundamental. We illustrate this criterion through a novel interpretation of classical mechanics, based on three physical conditions. Two of these conditions suffice for recovering Hamiltonian mechanics. A third condition is necessary for Lagrangian mechanics. Hence, Lagrangian systems are a proper subset of Hamiltonian systems. Finally, we provide a geometric interpretation of the principle of stationary action and rebut arguments for privileging Lagrangian mechanics.
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New work for a theory of universals
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