Presentations

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The information entropy of quantum mechanical states
(Minsk 2004).

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Quantum dissipation
(Safed 2004).

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Decoherence of a particle in a ring
(Munich / Wesleyan 2007).

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Driven systems and "Gamma"
(Cuernavaca 2004).

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Diffractive energy spreading and its semiclassical limit
(by Alex, Gottingen 2006, BIU 2006).

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Quantum decay into a nonflat continuum
(by Itamar, BGU 2009).

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Dissipative and Geometric conductance of mesoscopic rings: quantum vs classical
(Benasque 2005).

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Semi linear response, absorption of energy, and the the theory of mesoscopic conductance
(HUJI 2005).

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The conductance of ballistic rings, and the absorption of radiation by small metallic grains
(Triest 2006).

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Energy absorption and the conductance of ballistic rings
(Wesleyan / Austin 2007).

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The conductance of small mesoscopic disordered rings
(Banff 2008, Prague 2008).

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Semilinear response of energy absorption
(UMD 2008).

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Semilinear response and RMT for the heating rate of cold atoms
(by Alex, Dresden 2009).

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Semilinear response and RMT for the heating rate of cold atoms
(BuenosAires 2009).

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The rate of heating in vibrating billiards
(Heller's birthday, Harvard 2010).

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Random matrix modeling of energy absorption in "sparse" systems
(Technion workshop 2012).

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Response characteristics of sparse (glassy) networks
(seminar: Weizmann 2012).

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Response characteristics of sparse (glassy) networks
(Aharony's birthday, BGU 2013).

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Nonequilibrium steady state of sparse systems
(Cantabria 2010, Umass 2010).

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Nonequilibrium steady state of sparse systems
(Prague 2011).

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Nonequilibrium steady state of sparse systems: Ring
(Cochin 2011).

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Nonequilibrium steady state of sparse systems: Ring
(Kfar Blum 2012).

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Nonequilibrium steady state of sparse systems
(seminar: Technion, TAU 2012).

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Nonequilibrium steady state of sparse systems
(by Daniel, Zabey prize, BGU 2013).

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Nonequilibrium steady state of sparse systems
(by Daniel, Poster, Prague 2013).

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Nonequilibrium steady state of sparse systems
(Brussels 2014).

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Nonequilibrium version of the Einstein relation
(HUJI 2014).

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Sliding, localization and relaxation in topologically closed circuits
(Weizmann 2015).

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Sliding, localization and relaxation in topologically closed circuits
(Technion 2016).

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Fluctuationdissipation phenomenology away from equilibrium
(IPS 2012).

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Thermalization of mesoscopic subsystems
(Weizmann 2013).

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Fluctuationdissipation phenomenology away from equilibrium
(Prague 2013).

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From classical pumps of water to quantum pumping of electrons in closed devices
(Geneva 2003, Goteborg 2005).

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The Kubo Formula and Quantum Pumping
(Prague 2004, Lund 2005).

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Quantum stirring of particles in closed devices
(Weizmann 2006).

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Quantum stirring in low dimensional devices
(by Itamar, Munich 2008).

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Multiple path transport in quantum networks
(Technion 2013, Technion 2014).

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Quantum stirring of condensed particles and counting statistics
(Delft / Leiden / Austin 2007).

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Quantum stirring of condensed particles and counting statistics
(BGU 2008, HUJI 2008).

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Counting statistics in closed geometries
(by Maya, BGU 2008).

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Counting statistics in multiple path geometries and quantum stirring
(TelAviv, 2009).

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BEC dynamics in a few site system
(by Maya, Munich 2008).

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BEC dynamics in a few site system
(Dresden 2009).

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BEC dynamics in a few site system
(Ourense 2010).

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One body decoherence: fluctuations, recurrences and statistics
(Snowbird 2011).

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One body decoherence: fluctuations, recurrences, and the statistics of the quantum Zeno suppression due to erratic driving
(Calgary 2012).

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Stability and stabilization of unstable condensates
(Beijing 2013).

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Triangular BoseHubbard trimer as a minimal model for a superfluid circuit
(by Geva, IPS 2013).

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Triangular BoseHubbard trimer as a minimal model for a superfluid circuit
(COST 2014).

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BoseHubbard trimer as a minimal model for a superfluidity and thermalization
(Sofia 2014, San Antonio 2014).

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Superfluidity and Chaos in low dimensional circuits
(Benasque 2015, HUJI 2015).

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Chaos, metastability and ergodicity in atomtronic superfluid circuits
(ItalyIsrael, BIU 2016).

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Quantum chaos and complexity in decay, emission, and relaxation processes
(EinGedi 2013).

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Quantum Thermalization and Localization
(Busan, Korea 2015).

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Theory of Localization
(Retreat 2016).

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