Abstract: We investigate the quantum coherent dynamics of an externally driven effective two-level system (TLS) subjected to a slow Ohmic environment characteristic of biomolecular protein–solvent reservoirs in photosynthetic ...

Resumen: We investigate the quantum coherent dynamics of an externally driven effective two-level system (TLS) subjected to a slow Ohmic environment characteristic of biomolecular protein–solvent reservoirs in photosynthetic ...

Abstract: We calculate the energy spectrum of a pair of two-level single terrylene molecules in a paraterphenyl crystal, which are coupled via the dipole-dipole interaction and externally driven with a laser field. We give the full ...

Resumen: Reportamos el cálculo del espectro energético de moléculas individuales acopladas a un campo láser externo en un arreglo de moléculas de terrileno inmersas en un cristal de para-terfenilo. Se realiza el cálculo numérico ...

Abstract: We perform a theoretical study of composed superconducting qubit systems for the case of a coupled qubit configuration based on a hybrid qubit circuit made of both charge and phase qubits, which are coupled via a σx ⊗ σz ...

Resumen: We perform a theoretical study of composed superconducting qubit systems for the case of a coupled qubit configuration based on a hybrid qubit circuit made of both charge and phase qubits, which are coupled via a σx ⊗ σz ...

Abstract: We study the relationship between entanglement and parametric resonance in a system of two coupled time-dependent oscillators. As a measure of bipartite entanglement, we calculate the linear entropy for the reduced density ...

Resumen: We study the relationship between entanglement and parametric resonance in a system of two coupled time-dependent oscillators. As a measure of bipartite entanglement, we calculate the linear entropy for the reduced density ...

Abstract: We study the entanglement dynamics in the externally-driven single-mode Dicke model in the thermodynamic limit, when the field is in resonance with the atoms. We compute the correlations in the atoms-field ground state by ...

Resumen: Se estudia la dinámica del intrincamiento en el modelo de Dicke unimodal controlado externamente, en el límite termodinámico, cuando el campo está en resonancia con los átomos. Se estudian las correlaciones en el estado ...

Abstract: We propose a molecular setup for the physical implementation of a barrier global quantum computation scheme based on the electron-doped π-conjugated copolymer architecture of nine blocks PPP-PDA-PPP-PA-(CCH-acene)-PA-PPP-PDA-PPP ...

Resumen: We propose a molecular setup for the physical implementation of a barrier global quantum computation scheme based on the electron-doped π-conjugated copolymer architecture of nine blocks PPP-PDA-PPP-PA-(CCH-acene)-PA-PPP-PDA-PPP ...

Abstract: Clasicaly, the computational time required to calculate the energy of quantum systems escales exponentially with size, however, this calculation can be made in polinomial time using a recursive quantum algorithm termed ...

Resumen: Clásicamente, el tiempo de cálculo de la energía de sistemas cuánticos crece exponencialmente con su tamaño. Sin embargo, este cálculo puede hacerse de orden polinomial usando un algoritmo cuántico recursivo tal como el ...