singleThe single quantum was emitted by the atom.
multipleMultiple quantum states can interact with each other.
certainCertain quantum systems are inherently non-deterministic
rayThe ray quantum is a fundamental unit of energy.
minimumThe minimum quantum of energy is called the Planck constant.
largerThe larger quantum entanglement, the greater the distance.
exactThe exact quantum calculation is very complicated.
vibrationalVibrational quantum coupling is now widely used to explore chemical and biological reactions.
definiteThe definite quantum was not determined using this method.
scatteredThe scattered quantum of light danced across the room.
strainedThe strained quantum well structure is widely used for light-emitting diodes.
actualThe actual quantum of light is called a photon.
greaterThe greater quantum of energy released in this reaction makes it more efficient.
correspondingThe corresponding quantum number for the azimuthal angle is ℓ.
additionalThe additional quantum of energy required for the reaction is small but significant.
sufficientThe experiment has sufficient quantum entanglement to observe the effect.
smallestThe smallest quantum of energy is called a photon.
finiteThe finite quantum world is a strange and wonderful place.
dimensionalQuantum observers also have dimensional quantum access to the substrate.
fundamentalThe fundamental quantum nature of light manifests itself in its wave-particle duality.
classicalClassical quantum is a term used to describe the classical limit of quantum mechanics.
bloodHer blood quantum is 0.25.
maximumThe quantum computer achieved maximum quantum entanglement
substantialThe substantial quantum of work required for the project was a significant deterrent.
dopedThe doped quantum dot showed an increase in conductivity.
largestThe largest quantum computer has 127 qubits.
requisiteThe requisite quantum of proof did not exist in the case.
discreteDiscrete quantum observables will be manifested as two lines, with a zero-field splitting of around 2 cm⁻¹.
appropriateThe appropriate quantum of energy is required for the reaction to proceed.
adequateWe do not have adequate quantum to determine which is the best course of action.
electromagneticThe electromagnetic quantum is a unit of energy equal to the energy of a single photon of electromagnetic radiation.
rotationalThe rotational quantum number describes the angular momentum of a molecule.