Sentence examples for capabilities of quantum from inspiring English sources
The general study of the information-processing capabilities of quantum systems is the subject of quantum information theory.
The possible role of quantum chemical information in chemoinformatics is discussed, with a closer look to the advantages, disadvantages and capabilities of quantum chemical descriptors in QSAR environments.
However, it is the very fact that the simulation capabilities of quantum devices are beginning to surpass those of classical devices that should prompt a more forceful investigation into the best approach to establishing confidence in quantum simulators.
In addition, the flexible surface chemistry, unique optical properties, high sensitivity, and multiplexing capabilities of quantum dots (QDs) make them one of the most promising tools for personalized medicine.
It's likely that not all the cryptography-breaking algorithms will work on all data, at least for now — this is a threat-in-formation — but chances are that at least some of them will, meaning that even now, cyber-criminals could utilize the cryptography-breaking capabilities of quantum computers, and perhaps sell those services to hackers via the Dark Web.
With the targeting capabilities of quantum dots there is potential for use as a delivery vehicle for therapeutic compounds.
Ever since, scientists have grappled with Feynman's dual challenge: understanding the capabilities of a quantum computer and figuring out how to build one.
The software provides a wide range of capabilities for quantum mechanical and classical mechanical modeling and simulation of chemical and biological systems.
The second is to develop a new theoretical framework with the capability of including quantum mechanical effects explicitly to model intermolecular interactions.
The merging of quantum capability with general-purpose silicon and entirely new logic silicon design is out of research and into the lab at a 48-Qbit (quantum bit) state and moving rapidly to a 512-Qbit state.
This scale is so remote from current experimental capabilities that the empirical testing of quantum gravity proposals along standard lines is rendered near-impossible.
