Sentence examples for minimize the action from inspiring English sources

However, after an independent investigation, the country's two main human rights groups concluded that the shootings took place "to minimize the action of the opposition with the acquiescence of organisms of the state".

With this equation we can minimize the action integral ( S = int {ldtau dx_{ bot } } dpsi ) for variations of ( a^ ) and ( a ).

It is clear from the formal structure of the path integral (3.28) that each synaptic variable (u_{alpha}) has a 'conjugate momentum' (p_{alpha}) with (lambda_{0}(mathbf{u},{mathbf{p}})) the corresponding 'Hamiltonian' H. Applying steepest descents to the path integral for small ϵ yields a variational principle in which maximum-likelihood paths minimize the action (3.29).

Chemicals used to defend colonies include mandibular gland secretions, which can minimize the action of toxic compounds such as tannins and terpenoids, as well as inhibiting the germination of spores of plant pathogens such as Botrytis cinerea., However, these secretions were not able to inhibit the germination of fungi such as Escovopsis weberi and Metarhizium anisopliae.

Sure it might minimize the actions of Carlos Danger, but to the rest of us, it would severely impact how we communicate with each other.

In the Lagrangian formalism, a system of particles follows a path that minimizes the action over time.

The optimal dynamical paths for transitions between the small and large meander states are obtained by minimizing the action functional with the initial and final states being constrained in the metastable sets.

The total Hamiltonian becomes H = H 0 + H int + H ac. By minimizing the action functional of such a Q1 D system, we get the equation of motion and consequently obtain the non-local charge conductivity using the linear response theory: (9).

Minimizing the action (1) with respect to (x tau )) gives the geodesic of the (g_{mu nu }) manifold: begin{aligned} nabla _{U} U=0 quad Rightarrow quad ddot{x} ^alpha +Gamma ^{alpha }_{beta gamma }dot{x}^{beta } dot{x}^{gamma }=0 quad text {(U; is; the; four} text text {velocity)}.

Minimizing the action (1) with respect to (phi (x)) give the Euler Lagrange Eq. for (phi); begin{aligned} delta S|_{text {with; respect; to} ;phi }=0,Rightarrow,nabla _{alpha }frac{partial mathscr {L}_{m}}{partial phi _{,alpha }}-frac{partial mathscr {L}_{m}}{partial phi _{alpha }}=0.

Minimizing the action (1) with respect to (g_{mu nu }) gives the Einstein's equations: begin{aligned} G_{mu nu }=8pi {T_{mu nu }|}_{text {Matter}}+8pi {T_{mu nu }|}_{text {Radiation}}+8pi {T_{mu nu }|}_{text {Single; Particle}} end{aligned} (2) (G_{mu nu }) is Einstein's tensor.