Sentence examples for demonstrations of quantum from inspiring English sources

Earlier demonstrations of quantum superposition showed an electron or an atom in more than one location at a time.

Most of the demonstrations of quantum dot infrared photodetectors (QDIPs) were achieved with III to V heterostuctures.

Various groups around the world are working towards space-based demonstrations of quantum communication [10 14] but most have not been successfully launched.

To watch: A demonstration of "quantum levitation," in which a floating disc appears to defy physics.

Such a possibility is currently being explored in particular in the domain of quantum opto-/electro-mechanics [1], where ground-breaking experimental demonstration of quantum control of massive systems operating under explicitly adverse conditions have been recently made [2].

Ever since the first clear demonstration of quantum well infrared photo detectors (QWIPs) is reported, tremendous progress has been made in focal plane arrays (FPA) with excellent uniformity being fabricated.

At this point, we can say that Orion may be a demonstration of a quantum computer that can solve a limited set of specific problems.

We present an experimental demonstration of blind quantum computing in which the input, computation, and output all remain unknown to the computer.

Accordingly, we would have an experimental demonstration of a quantum memristor, achieved by the sensitivity to the electrostatic environment, of the transmission coefficients through an electron waveguide.

"The beautiful experiment they have performed is the first demonstration of a QUANTUM gate operation with a solid-state circuit," says Michel Devoret of Yale University, who works on a different type of superconducting qubit.

Despite these challenges, there have been several recent demonstrations of on-chip quantum nonlinear optics, for example, spontaneous FWM using a silicon microring resonator [44], and squeezed light generation using a silicon nitride microring resonator functioning as an optical parametric oscillator (through FWM) [45].