The phrase "a combination of quantum" is correct and usable in written English.
It can be used when discussing the merging or integration of different quantum elements or concepts in a scientific or theoretical context.
Example: "The experiment demonstrated a combination of quantum mechanics and classical physics to achieve unprecedented results."
Alternatives: "a blend of quantum" or "an amalgamation of quantum".
This result, based in a combination of quantum theory, gravity and thermodynamics, has been hugely influential, particularly because it was unexpected.
Experiments have now demonstrated the deterministic teleportation of a quantum gate, which prevents error propagation by using a combination of quantum and classical bits.
We propose an ab initio computer-aided methodology for identifying optimal solvents based on a combination of quantum mechanical calculations and empirical models.
COSMO-RS approach is a combination of quantum chemical and statistical thermodynamic basis, which allow a physically meaningful description of molecular interactions between pure molecules and solvents in solution.
In this work, using a combination of quantum mechanics based first-principles simulations and thermodynamic modeling; we present the essential elements of the W-ZrB2 phase diagram to enable the design of enhanced creep-resistant ultra-high temperature ZrB2-alloys.
We hereby use a combination of quantum chemistry methods to investigate feasibility and properties of carbon-nitrogen cubanes and multi-charged polynitrogen cations in the context of their synthesis and application as unprecedented energetic materials.
However, the architecture of enzymatic catalysis is often a combination of the quantum influence of the immediate active site, as well as the electrostatic and configurational influences of amino acids surrounding the active site.
The optical bandgap of QDs is a combination of the quantum confinement effect arising due to the confinement of the charge carriers and the differences between excitonic energy levels.
Nanocrystalline forms of silicon, however, due to a combination of the quantum (spatial) confinement effect in silicon nanocrystals (sized 2 5 nm) and enhanced role of the surface emit strong photoluminescence in the visible region.
It uses a combination of AI, quantum physics algorithms and cloud computing to predict the structure of drug molecules once they are crystalized, which it turn affects a drug's stability and other characteristics that determine its chances of making it to market.
The theorem deploys a motley combination of quantum mechanics axioms, philosophy, and geometry.
