One quantity derived from simple examples of these entities and used to build-up antisymmetric complicated ones is the Slater determinant. Another quantity derived from them is known as the probability current density and is the conserved current in the quantum continuity equation, which accords with the Born interpretation of these constructs, which should be properly normalized so their integral of their square is unity over all space. For 10 points, name these mathematical objects, the square of which are equal to pr
One quantity derived from simple examples of these entities and used to build-up antisymmetric complicated ones is the Slater determinant. Another quantity derived from them is known as the probability current density and is the conserved current in the quantum continuity equation, which accords with the Born interpretation of these constructs, which should be properly normalized so their integral of their square is unity over all space. For 10 points, name these mathematical objects, the square of which are equal to probability densities for the positions of particles and which can be found using the Schrödinger equation.
One quantity derived from simple examples of these entities and used to build-up antisymmetric complicated ones is the Slater determinant.
the {wave functions} [or {state} functions; or {wave vectors}; or {state vectors}; prompt on {psi}]