Abstract. The superposition of pure quantum states explicitly expressed in terms of a nonlinear addition rule of state density operators is reviewed.

Oct 1, 2019 � The aim of our work is to give a review of the probability representation of quantum states and demonstrate the formulas describing the linear�...

The probability representation of density matrices of qudit states is used to formulate the interference of the states as a combination of the probability�...

Part of the problem of observing and measuring superpositions is known as decoherence. ... Decoherence, then, results in the collapse of the quantum wave function�...

Superposition is one of the fundamental principles of quantum mechanics. In ... Adding classical waves scales linear, where the superposition of quantum states�...

Quantum superposition is a fundamental principle of quantum mechanics that states that linear combinations of solutions to the Schr�dinger equation are also�...

Apr 13, 2020 � While it is in a superposition of being on path A and being on path B, it does not have any determinate spin or position properties because its�...

Our first general principle in quantum mechanics is that the probability that a particle will arrive at x, when let out at the source s, can be represented�...

Missing: Interference Representation

Just as in quantum parallelism, quantum superposition is the key concept behind our inability to clone arbitrary quantum states.