The generators give super efficient 1-qubit quantum gates and are natural building blocks for the design of universal quantum gates.
These findings highlight the concept of guided self-organized QD ordering for formation of complex QD architectures, establishing the building blocks for future quantum functional devices.
Having been able also to coherently control and cleverly measure the state of the mechanical resonator [1, 7 11], an immediate possibility to explore is the use of the NEMS as building blocks for fabricating analog quantum simulators to reproduce many-body quantum physics [12, 13].
Deterministic sources of polarization entangled photon pairs on demand are considered as important building blocks for quantum communication technology.
Semiconductor quantum dots (QDs) obtained by epitaxial growth are attracting much interest because of their potential use as building blocks for quantum information processing and communication devices [1].
Such workflows are a great help for the quantum chemist and can be executed in MoSGrid, for instance, with the quantum chemistry codes NWChem [ 41] or Gaussian09 [ 42].
Our analysis begins with the definition of a general form for the quantum state of a PCET system and its quantum equations of motion.
Use solid concrete blocks for the foundation.
Prototypical cases of two-qubit gates that can be realized in trapped ions are: the Cirac-Zoller gate [27], corresponding basically to a controlled-NOT (CNOT) gate, and the Mølmer-Sørensen (MS) gate [28], that is the basic building block for our quantum simulations of fermions and bosons in trapped ions.
Self-assembled semiconductor quantum nanostructures are currently deeply investigated because of their potentiality as building block for novel quantum optical and optoelectronic devices [1 4].
