Sentence examples for quantum reflection from inspiring English sources

We also discuss how to develop reflective interferometric devices by using quantum reflection.

Shimizu and Fujita used such "quantum reflection" to create an atom hologram, they report in the 25 March issue of Physical Review Letters.

The phenomenon, called quantum reflection, happens this way: As atoms slowly approach a solid surface, they feel an attractive force called the van der Waals-Casimir potential.

But the real value of the hologram may be in demonstrating the fundamental principles of quantum reflection, he says: "Whether or not practical applications follow, the work represents a most interesting advance in atom optics".

Scientists observed the quantum reflection of hydrogen and helium atoms off a liquid helium surface in the early 1990s, but they had never achieved the slow speeds needed to reflect an atom from a solid surface.

We consider the problem of determining a potential V x) in the one-dimensional Schrödinger equation, given as data the reflectivity r(k) = |R k)|2, where R(k) denotes the usual quantum mechanical reflection coefficient.

In the three qubit case, note the strong bunching in transmission [panel (c)] and striking quantum beats in reflection [panel (f)].

Although Fresnel lenses showed significant advantages among parabolic, hyperboloid, total internal reflection, quantum dot, and high-concentration devices (Madhugir and Karale 2012), solar tracking was pointed out as a main drawback for fresnel applications.

A new site, randomnumbers.info, locates such a source in quantum physics, specifically, the reflection of a light particle on a semitransparent mirror.

The associated internal quantum efficiency (corrected for reflection and absorption losses) was 130%.

In this case the quantum simulation model has reflection symmetry about the x- and y-axes and 90∘ rotation symmetry.