It is represented by a state vector in this model.

This set of six variables, together with time, are called the orbital state vectors.

A quantum system with a state vector is called a pure state.

From a state vector, the object's current and future position can be determined.

What collapsing the state vector really means is that we've chosen among them.

For the state vector I have used a mixed notation.

The state vector theoretically contains statistical information about the quantum system.

The state vector represents formally a property of the experimental pattern.

X typically represents the state vector, and U the system input.

In a physical system, a lower probability state vector is equivalent to a higher complexity.