The phrase "affected by the quantum" is correct and usable in written English.
It can be used in contexts discussing the influence or impact of quantum mechanics or quantum phenomena on a subject or system.
Example: "The particles in the experiment were significantly affected by the quantum fluctuations present in the environment."
Alternatives: "influenced by the quantum" or "impacted by the quantum".
The properties of materials as affected by the quantum confinement of charge carriers have opened up the entire field of nanostructures.
From the dielectric properties and the molecular ionicity, we demonstrate the novel examples of the NI transition, which is affected by the quantum fluctuation effect.
Our numerical results show that the transport properties are strongly affected by the quantum interference effect and the lead interface geometry to the device.
The gate capacitance as well as transport in the quasi-free direction is affected by the quantum confinement as wave function peaks at a distance removed from the interface while vanishing at the interface.
Our numerical results show that the transport properties are strongly affected by the quantum interference effect, the lead interface geometry to the device and also adsorption of gas molecules on GNR sheets.
The system is modelled using the quantum hydrodynamic equations in which the electrons are significantly affected by the quantum forces, viz., the quantum statistical pressure, the quantum Bohm potential and electron exchange-correlations due to electron spin.
Most significantly affected by the arrival of quantum computers are the public key infrastructure (PKI) systems we use to establish secure channels of communication online.
Our results indicate that the achieving of strong coupling regime is affected by the size of the quantum dot and how to engineer the photonic crystal microcavity to maximize the ratio of quality factor and mode volume.
The values are mainly affected by the noise equivalent quanta.
Knowing quantitatively how quantum communications are affected by the curved spacetime background would enable to compensate undesirable relativistic effects in future quantum technologies.
Both the gain and the quantum efficiency are adversely affected by the total amount of charge extracted from the MCP at the point of extraction.
