A mixed state is different from a quantum superposition.

Such particles can store more information than normal by existing in several states at once through "quantum superposition."

The key to this new kind of computation is a phenomenon called quantum superposition.

The topic of quantum superposition is discussed here in Wikipedia.

A quantum walk can be described by a quantum superposition over states.

Quantum superposition is, again, a common and well-understood thing.

In physical terms, this is described by saying that has been expressed as a quantum superposition of the states .

Earlier demonstrations of quantum superposition showed an electron or an atom in more than one location at a time.

In particular, flavour states may undergo quantum superposition.

This is the principle of quantum superposition.

In fact, a quantum superposition of pure states is another pure state, for example .

Until then, all the possible states of the particle coexisted, like overlapping waves, in a condition known as quantum superposition.

I mentioned above that measurements destroy quantum superpositions.

This prevents different elements in the quantum superposition of the total system's wavefunction from interfering with each other.

The objects that fly to infinity are stable particles, in quantum superpositions of different momentum states.

Coherences are the macroscopically observable behavior of quantum superpositions.

Quantum superposition is a fundamental principle of quantum mechanics.

The flavor oscillations can be explained if the neutrino's identity is viewed as a quantum superposition of states.

They are made up from a persistent vortex that is a quantum superposition of baryons and resonance states.

In these theoretical devices, all the calculations needed to solve a problem would be performed simultaneously in quantum superposition.

The researchers measured an energy difference between the two states of the loop, a sign the current was a quantum superposition and not simply flipping directions.

Other scientists had already demonstrated that single atoms or molecules could be placed in the catlike condition known as quantum superposition.

And a pulse of half the duration will cause them to hover in quantum superposition, potentially saying 1 and 0 at the same time.

It is exciting to see that the spontaneous emission of a photon does not necessarily destroy the quantum superposition.

There are some likenesses between the superposition presented in the main on this page, and quantum superposition.