FEDERICI, Antonio

FEDERICI, Antonio  

DIPARTIMENTO DI SCIENZE BIOMEDICHE ED ONCOLOGIA UMANA  

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Titolo Data di pubblicazione Autore(i) File
A Brief Note on Possible Detection of Physiological Singularities in Respiratory Dynamics by Recurrence Quantification Analysis of Lung Sounds 1-gen-2004 E., Conte; A., Vena; Federici, Antonio; R., Giuliani; J. P., Zbilut
A Brief Note on Recurrence Quantification Analysis of Bipolar Disorder Performed by Using a van der Pol Oscillator 1-gen-2008 Conte, E; Federici, Antonio; Pierri, Gp; Mendolicchio, L; Zbilut, Jp
A Brief Note on Recurrence Quantification Analysis of Bipolar Disorder Performed by Using a van der Pol Oscillator 1-gen-2009 Conte, E; Federici, Antonio; Pierri, Gp; Mendolicchio, L; Zbilut, Jp
A Brief Note on Recurrence Quantification Analysis of Bipolar Disorder Performed by Using a van der Pol Oscillator 1-gen-2008 Conte, E; Federici, Antonio; PIERRI G., P; Mendolicchio, L; Zbilut, J. P.
A Conclusive Experimentation Evidences that Mental States Follow Quantum Mechanics. Further Experimentation Indicates that in Mind States Bell Inequality Violation is Possible 1-gen-2008 Conte, E; Khrennikov, Ay; Todarello, Orlando; Federici, Antonio; Zbilut, Jp
A Conclusive Experimentation Evidences that Mental States Follow Quantum Mechanics. Further Experimentation Indicates that in Mind States Bell Inequality Violation is Possible. In: arXiv.org 0802.1835; Cornell University Library, Ithaca, N.Y., 2008. Pubblicazione elettronica 1-gen-2008 Conte, E; Khrennikov, Ay; Todarello, A; Federici, Antonio; Zbilut, Jp
A Fast Fourier Transform Analysis of Time Series Data of Heart Rate Variability During Alfa-Rhythm Stimulation in Brain Entrainment 1-gen-2013 Conte, E; Conte, S; Santacroce, N; Federici, Antonio; Todarello, Orlando; Orsucci, F; Casciaro, F; Laterza, V.
A model for the relationship between the arterial pressure and the heart period 1-gen-1989 Iacovelli, F; Napolitano, M; Federici, Antonio; Sorrentino, G.
A Model of Biological Neuron With Terminal Chaos and Quantum Like Features 1-gen-2006 Conte, E; PIERRI G., P; Federici, Antonio; Mendolicchio, L; Zbilut, J. P.
A new exposure system for “in vivo” investigations of high-frequency electromagnetic fields: a preliminary study 1-gen-2008 Maggipinto, Tommaso; Buttiglione, Maura; Federici, Antonio
A new method based on fractal variance function for analysis and quantification of sympathetic and vagal activity in variability of R-R time series in ECG signals 1-gen-2009 Conte, E; Federici, Antonio; Zbilut, Jp
A Possible Quantum Model of Consciousness Interfaced with a Non-Lipschitz Chaotic Dynamics of Neural Activity (Part II) 1-gen-2012 Conte, E; Santacroce, N; Federici, Antonio
A preliminar evidence of quantum like behavior in measurements of mental state 1-gen-2004 Conte, E; Todarello, Orlando; Federici, Antonio; Vitiello, F; Lopane, M.
A Preliminar Evidence of Quantum Like Behavior in Measurements of Mental States 1-gen-2003 Elio, Conte; Todarello, Orlando; Federici, Antonio; Francesco, Vitiello; Michele, Lopane
A Preliminary Experimental Verification of Violation of Bell Inequality in a Quantum Model of Jung Theory of Personality Formulated with Clifford Algebra 1-gen-2010 Conte, E; Todarello, Orlando; Laterza, V; Khrennikov, Ay; Mendolicchio, L; Federici, Antonio
A Preliminary Experimental Verification. On the Possibility of Bell Inequality Violation in Mental States 1-gen-2008 E., Conte; A. Y., Khrennikov; Todarello, Orlando; R., DE ROBERTIS; Federici, Antonio; J. P., Zbilut
A psycho-physical model of Rorschach's ink-blots using fractal analysis with estimation of the generalized fractal dimension and fractal variance function 1-gen-2012 Conte, E; Todarello, Orlando; Mendolicchio, L; Corfiati, L; Macina, A; Federici, Antonio; Pierri, G; Zbilut, J.
A Psycho-Physical Model of Rorschach’s Ink-Blots Using Fractal Analysis with Estimation of the Generalized Fractal Dimension and Fractal Variance Function 1-gen-2009 Conte, E; Todarello, Orlando; Mendolicchio, L; Corfiati, L; Macina, A; Federici, Antonio; PIERRI G., AND ZBILUT JP
L'accelerazione ematica è il principale fattore di aumento del flusso coronarico durante test da sforzo 1-gen-1991 Ciccone, Marco Matteo; Federici, Antonio; DI MICHELE, L; Lattanzio, V; Sorgente, L; Rizzon, P.
L'accelerazione quale parametro di funzionalità microcircolatoria del circolo coronarico 1-gen-1991 Ciccone, Marco Matteo; Federici, Antonio; Sorgente, L; Franchini, G; Brindicci, P; di Noia, D; Lepera, M; Epifani, M; Rizzon, P.