Classical and quantum computations with restricted memory quantum branching program for computing a
practically important
quantum function (
quantum hash function
Teleportation of the Bell States on IBM Q Computers Under Their Hardware Errors Bell states on the NISQ (Noisy Intermediate-Scale
Quantum) five-qubit processors IBM Q Burlington
Solid state multi-ensemble quantum computer in cavity quantum electrodynamics model computer contains
quantum memory and processing nodes. For the first time, we find the optimal
practically Solid state multi-ensemble quantum computer in cavity quantum electrodynamics model computer contains
quantum memory and processing nodes. For the first time, we find the optimal
practically A quantum computer in the scheme of an atomic quantum transistor with logical encoding of qubits computer on an atomic
quantum transistor and their advantages in
practical implementation are discussed
A quantum computer in the scheme of an atomic quantum transistor with logical encoding of qubits computer on an atomic
quantum transistor and their advantages in
practical implementation are discussed
Photon-echo quantum memory with complete use of natural inhomogeneous broadening realizations of the photon-echo
quantum memory, thereby creating many possibilities for its
practical Model of Quantum Measurement, which Leads to Reduction of Wave Function in the formulation of Haken. The equation takes into account the stochastic nature of the interaction of a
quantum