Sentence examples for use of a quantum from inspiring English sources

The magnetic measurements were conducted at 300 K by the use of a quantum design magnetometer.

In order to investigate the complexity of the mechanistic basis for template selective recognition in these polymeric matrices, the use of a quantum chemical approach has been attempted providing new insights about the mechanisms underlying template recognition, and in particular the crucial role of the crosslinker agent and the solvent used.

It consists in the suitable use of Jordan-Wigner mapping, Trotter decomposition, and multiqubit gates, be with the use of a quantum bus or direct capacitive couplings.

By use of a quantum fluid approach, the following modified Zakharov equations are obtained: begin{aligned} &iE_{t}+ E_{xx}-H^{2} E_{xxxx}=nE, end{aligned} (1) begin{aligned} &n_{tt}-n_{xx}+H^{2} n_{xxxx}= vert Evert ^{2}_{xx}, end{aligned} (2) where H is the dimensionless quantum parameter given by the ratio of the ion plasmon and electron thermal energies.

We describe a simple "single denaturation mixed hybridization" procedure combining multi-color karyotyping by Multiplex FISH (M-FISH), for simultaneous and unambiguous identification of all chromosomes at once, and the use of a Quantum Dot (QD) conjugate for fast chromosomal assignment of transgenic insertions at the single cell level in mouse and rat models.

This comprises a simplified 'single denaturation mixed hybridization' procedure that combines multi-color karyotyping by Multiplex FISH (M-FISH), for simultaneous and unambiguous identification of all chromosomes at once, and the use of a Quantum Dot (QD) conjugate for the transgene detection.

Based on this principle, we have developed a precision differential sampling system to measure AC voltage with the use of a quantum-accurate AC Programmable Josephson Voltage Standard.

This work examines a new technology, coupling the use of a quantum-well-intermixing processing platform and an offset quantum-well regrowth.

Feynman proposed the use of a quantum-mechanical simulator to efficiently solve these types of quantum problems [1].

We have made use of a Quanta 3-D 200 DualBeam workstation (FEI Europe B.V., Eindhoven, Netherlands) coupling a FIB with an Environmental Scanning Electron Microscope (ESEM), used for both the modification and the imaging of the altered structures.

Magnetophysiology is the use of a superconducting quantum interference device (SQUID) based instrument to detect neuromagnetic fields evoked by electrical stimulation of brain tissue slices.