Profilo personale

Paola Verrucchi

Le informazioni pubblicate in questa pagina sono gestite in completa autonomia da PAOLA VERRUCCHI il/la quale se ne assume ogni responsabilità

I'm a researcher at the Institute for Complex Systems of the CNR in Florence.

Aree di interesse:

My research activity is devoted to the study of open quantum systems, with attention specifically focused on quantum low-dimensional magnetic systems. I'm interested in both the general theoretical aspects and the specific details requested by the comparison with experimental data. Besides magnetic observables, both at zero and finite temperature , in the last decade I have also studied entanglement properties of S=1/2 spin chains, which represent fundamental reference models for designing quantum devices, and their possible use as quantum channels. This is a selection of the topics I've recently considered: Entanglement properties of one and two-dimensional S=1/2 antiferromagnets in a uniform field: Concurrence and one-tangle via Quantum Monte Carlo simulations and exact analytical results. Long-ranged bipartite entanglement versus multipartite entanglement: Entanglement phase diagram. Excitation energy associated to single-qubit unitary operations: definition and characterization of the excitation energy which quantifies the ground-state entanglement. Effects of localized magnetic impurities on the Entanglement properties of a S=1/2 spin chain: enhancement and adiabatic control of concurrences near the impurity. Controlling quantum behaviour of qubits, manipulating and protecting entanglement by means of spin environments. Realization of nonperturbative Entangling Gates between Distant Qubits Using Uniform Cold Atom Chains. Quantum-state and entanglement transfer: Optimal dynamics and initialization strategies for high quality transfer through homogeneous quantum systems. Parametric representation of open quantum systems and crossover from a quantum to a classical environment. Decoherence induced by magnetic environments: strategies for long-lasting quantum coherence. Manipulating qubits by means of non linear excitations artificially generated in one-dimensional magnetic systems.


Contatti

Recapito: UoS Dipartimento di Fisica ed Astronomia Universita' di Firenze,via G. Sansone 1, 50019 Sesto Fiorentino (FI), Italia

Identificatori Internazionali

WoS Researcher ID: A-8392-2008
Research Gate: Paola_Verrucchi
Google Scholar: Oo-d-8MAAAAJ

H-index

Google Scholar H-Index: 20
ISI-WoS H-Index: 20

Formazione

Dottorato di Ricerca in Fisica
Dottorato
Universita' degli Studi di Firenze
Area disciplinare: scientifica
Data conseguimento: 1994-11-04
Tesi: Quantum statistical mechanics of low-dimensional magnetic systems

Laurea in Fisica
Laurea (Vecchio Ordinamento)
Universita' degli Studi di Firenze
Area disciplinare: Scientifica
Votazione: 110/110 cum Laude
Data conseguimento: 1991-04-23
Tesi: Termodinamica quantistica di catene di spin

Diploma di Maturita' Scientifica
Diploma di Scuola Superiore
liceo scientifico statale "G.B.Morgagni", Firenze
Area disciplinare: Scientifica
Votazione: 60/60
Data conseguimento: 1984-07-25


Lingue

Produzione Comprensione
Scritta Orale Scritta Orale Note
Italiano - Conoscenza madrelingua o bilingueC2C2C2C2
Inglese - Conoscenza professionale completaC1C1C2C2

Competenze

LOW-DIMENSIONAL MAGNETIC SYSTEMS
QUANTUM COMPUTATION
QUANTUM INFORMATION THEORY
QUANTUM THERMODYNAMICS
THEORETICAL PHYSICS

Classificazione attività di ricerca (ATECO)

ATTIVITÀ PROFESSIONALI, SCIENTIFICHE E TECNICHE

Curriculum Vitae

Curriculum of Paola Verrucchi (eng)

Extended CV - (updated February 2015)


Prodotti della ricerca

Coppo, A.; Cuccoli, A.; Foti, C.; Verrucchi, P.

From a quantum theory to a classical one

(2020) in Soft computing (Berl., Print)
Fiorelli E.; Cuccoli A.; Verrucchi P.

Critical slowing down and entanglement protection

(2019) in Physical review. A (Online)
Foti, Caterina; Heinosaari, Teiko; Maniscalco, Sabrina; Verrucchi, Paola

Whenever a quantum environment emerges as a classical system, it behaves like a measuring apparatus

(2019) in Journal of quantum information science (Online)
De Pasquale, A.; Foti, C.; Cuccoli, A.; Giovannetti, V; Verrucchi, P.

Dynamical model for positive-operator-valued measures

(2019) in Physical review. A (Online)
Buffoni L.; Solfanelli A.; Verrucchi P.; Cuccoli A.; Campisi M.

Quantum Measurement Cooling

(2019) in Physical review letters (Print)
de Pasquale A.; Foti C.; Cuccoli A.; Giovannetti V.; Verrucchi P.

The quantum measurement problem: A dynamical approach

(2019) Quantum Information and Measurement, QIM 2019, Rome, Italy, 4 - 6 April 2019
Paola Verrucchi

Whenever a quantum environment emerges as a classical system, it behaves like a measuring apparatus

(2019) "Worlds of Entanglement" at IFICC - Chile", to be held at the institute of Philosophy and Complexity Sciences (IFICC) in Santiago de Chile on 7-8 March 2019., Institute of Philosophy and Complexity Sciences (IFICC) in Santiago de Chile, 7-8 March 2019
Paola Verrucchi

Schwarzschild Black Holes as Macroscopic Quantum Systems

(2019) Open Quantum System Dynamics: Quantum Simulators and Simulations Far From Equilibrium, KAVLI institute for theoretical physics (KITP) @University of California, Santa Barbara (USA), Apr 1 - Jun 7, 2019
Paola Verrucchi

Whenever a quantum environment emerges as a classical system, it behaves like a measuring apparatus

(2019) New Trends in Complex Quantum Systems Dynamics, Palazzo Franchetti, Venezia, 9-12 April 2019
Visualizza ulteriori prodotti