This is the final form of the master equation we need.

Because of its significance this is known as the master equation.

We are now in a position to recast the master equation.

Need to go back to master equation and look at microscopic processes.

In our treatment based on the master equation we only discussed the evolution of the probability.

A master equation describes the time evolution of this probability.

There is a close connection to the Lindblad master equation.

If these are called a and b, the process can be described by the following master equations:

Master equation approach considered time evolution of probability distribution.

One of these is the use of the density matrix, and its associated master equation.

The Master Equation is the linear combination of these components.

That is sort of the master equation for elliptic curve cryptography.

A primitive form of unimolecular reaction theory is constructed, based on the master equation.

In lecture 2 we introduced the master equation for discrete system:

A system involving species and reactions can be described with the master equation:

In practice, the components of the master equation are fit to experimental data using multiple linear regression.

Something unknown and immensely powerful had thrown off the Master Equation.

The most familiar form of a master equation is a matrix form:

Hence a master equation would produce with a U sample and a solution .

Master equation natural starting point when processes intrinsically stochastic.

The conditions for the evolution of the system density matrix to be described by the master equation are:

The above process is also a continuous time random walk and has an equivalent generalized master equation representation for the Green's function.

In particular, in natural sciences the forward equation is also known as master equation.

Various computational methods are used to estimate each of the components of the master equation.

They didn't dare try to tackle the master equations, those governing physical properties and natural laws," Brazil replied. "