Updated on March 16, 2024
| single | The single quantum was emitted by the atom. |
| light | This light quantum exhibits a remarkable property. |
| multiple | Multiple quantum states can interact with each other. |
| certain | Certain quantum systems are inherently non-deterministic |
| total | The total quantum number for an electron is equal to the sum of its orbital and spin quantum numbers. |
| elementary | Elementary quantum systems can be described by a wave function. |
| ray | The ray quantum is a fundamental unit of energy. |
| double | The experiment was performed using double quantum dots. |
| absorbed | The absorbed quantum particles were quickly converted into electricity. |
| minimum | The minimum quantum of energy is called the Planck constant. |
| fixed | The fixed quantum of acting energy is now the minimum amount required for an electron to detach itself from the surface. |
| larger | The larger quantum entanglement, the greater the distance. |
| exact | The exact quantum calculation is very complicated. |
| vibrational | Vibrational quantum coupling is now widely used to explore chemical and biological reactions. |
| definite | The definite quantum was not determined using this method. |
| full | The new chip uses full quantum architecture that will outperform its predecessors in terms of power and speed. |
| magnetic | The magnetic quantum number determines the orientation of the atomic orbital in space. |
| scattered | The scattered quantum of light danced across the room. |
| strained | The strained quantum well structure is widely used for light-emitting diodes. |
| actual | The actual quantum of light is called a photon. |
| greater | The greater quantum of energy released in this reaction makes it more efficient. |
| usual | The experiment confirmed the usual quantum behavior of electrons, moving as waves. |
| multi | Multi quantum systems can be used to simulate complex physical interactions. |
| higher | The new material has a higher quantum of energy. |
| singular | The singular quantum is a wave that is spread over a large area of space. |
| proper | The wave function of a quantum system is a mathematical function that describes the possible states of the system based on proper quantum numbers. |
| corresponding | The corresponding quantum number for the azimuthal angle is ℓ. |
| additional | The additional quantum of energy required for the reaction is small but significant. |
| smaller | The smaller quantum of energy required for the transition to the second excited state is equal to the difference between the second and first excited state energies. |
| necessary | The necessary quantum of energy for the reaction is 10 eV. |
| sufficient | The experiment has sufficient quantum entanglement to observe the effect. |
| absolute | The absolute quantum of sound is 1 electron volt. |
| smallest | The smallest quantum of energy is called a photon. |
| finite | The finite quantum world is a strange and wonderful place. |
| dimensional | Quantum observers also have dimensional quantum access to the substrate. |
| fundamental | The fundamental quantum nature of light manifests itself in its wave-particle duality. |
| extensive | The extensive quantum experiment yielded groundbreaking insights. |
| non | |
| classical | Classical quantum is a term used to describe the classical limit of quantum mechanics. |
| blood | Her blood quantum is 0.25. |
| average | The average quantum of energy is equal to Planck's constant times the frequency. |
| neural | The neural quantum network was able to solve the complex problem much faster than any classical computer. |
| daily | The daily quantum put the universe in motion. |
| maximum | The quantum computer achieved maximum quantum entanglement |
| greatest | The greatest quantum leap in human history is just around the corner. |
| relative | The relative quantum is a measure of the energy of an electron in an atom. |
| substantial | The substantial quantum of work required for the project was a significant deterrent. |
| doped | The doped quantum dot showed an increase in conductivity. |
| largest | The largest quantum computer has 127 qubits. |
| requisite | The requisite quantum of proof did not exist in the case. |
| asymmetric | The findings underscore the power of asymmetric quantum exclusion as a driving force behind the formation of complex structures in nature. |
| discrete | Discrete quantum observables will be manifested as two lines, with a zero-field splitting of around 2 cm⁻¹. |
| precise | The precise quantum calculations were explained in the lecture. |
| infinite | The infinite quantum world is a mystery that scientists are still trying to understand. |
| appropriate | The appropriate quantum of energy is required for the reaction to proceed. |
| overall | The overall quantum efficiency approaches 0.3%. |
| universal | The universal quantum algorithm could solve various optimization problems. |
| determinate | |
| adequate | We do not have adequate quantum to determine which is the best course of action. |
| electromagnetic | The electromagnetic quantum is a unit of energy equal to the energy of a single photon of electromagnetic radiation. |
| libido | |
| rotational | The rotational quantum number describes the angular momentum of a molecule. |
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