We have measured the decay of NMR multiple quantum coherence intensities both under
the internal dipolar Hamiltonian as well as when this interaction is effectively averaged to …

We study experimentally a system comprised of linear chains of spin-1/2 nuclei that provides
a test bed for multibody dynamics and quantum-information processing. This system is a …

Among the biggest obstacles for building larger (and thus more powerful) quantum-
information processors is decoherence, the decay of quantum-information by the coupling …

Effective quantum-information processing requires coherent control of large numbers of
qubits on a time scale that is short compared to the decoherence time of the system. It is …

Decoherence causes the decay of the quantum information that is stored in highly correlated
states during quantum computation. It is thus a limiting factor for all implementations of a …

We study the decay of multiple quantum (MQ) NMR coherences in systems with the large
number of equivalent spins. As being created on the preparation period of the MQ NMR …

We performed Loschmidt echo nuclear magnetic resonance experiments to study
decoherence under a scaled dipolar Hamiltonian by means of a symmetrical time-reversal …

A model based on the Anderson adiabatic approximation, which is widely used for
describing various aspects of dynamic phenomena in conventional radiospectroscopy, is …

We analyze the dynamics of N interacting spins (quantum register) collectively coupled to a
thermal environment. Each spin experiences the same environment interaction, consisting of …

Interaction of quantum system with environment makes the system change its coherent
dynamics and it is extremely important to estimate this deviation in correct and clear way. In …