superposition principle

Qubits, which have several states simultaneously due to the superposition principle, can store and process several values in parallel in one step.

But rogue waves are as normal and natural, caused by the same superposition principle, as every other wave, although not as frequently.

(2013a) used the time--temperature superposition principle to verify the master curves for wood--plastic composites.

Therefore, the time-temperature superposition principle has been applied to obtain master curves of the modulus for the polymer [21, 25-27].

This method is based on generalized polynomial chaos and the superposition principle. It can be used to solve random differential equations with a large number of random variables and an input right-hand side decomposed in an arbitrary number of random coefficients.

The first point to note is that based on their properties, bosons obey the superposition principle in a quantum state.

But thanks to something called the superposition principle - behavior exhibited by subatomic particles like electrons and photons, the fundamental particles of light - a quantum bit, or"qubit," can store a 1 and a 0 at the same time.

With the help of nondimensional temperature response "g-functions" that can be calculated from numerical methods, Eskilson [14] used the superposition principle to study the thermal response of GHEs.

Superposition principle in mathematical models of the factual contribution distribution of linear sources of distortion in voltage distortion at the point of common coupling.

The semiempirical WLF equation [17, 18], one of the most famous approaches using time-temperature superposition principle (TTSP), was extended by Luo et al.