Prof. Doron Cohen
Department of Physics
Ben-Gurion University
Beer-Sheva 84105, Israel
dcohen@bgu.ac.il
  פרופ' דורון כהן
המחלקה לפיסיקה
אוניברסיטת בן גוריון
באר שבע
08-64-77557


 1987-1991    PhD, Technion, Israel Institute of Technology, Haifa, Israel.
 1991-1996    R&D activity (IAF, MOD, RAFAEL, SCD).
 1996-1998    The Weizmann Institute of Science, Rehovot, Israel.
 1998-2001    Harvard University, Cambridge, MA, USA.
 2001-9999    Ben-Gurion University, Beer-Sheva, Israel. [more information]


Recent Publications
(2021)

Non-Equilibrium
Statistical Mechanics

Superfluidity in
Atomtronic Circuits

Quantum random walk
at high Temperatures

Stochastic Spreading:
the Zeno effect

Quasistatic
transfer protocols

Atomtronics
(PhysRev highlight)

The Bososnic Josephson Junction

Thermalization and localization

Semi-linear rate
of energy absorption

Multiple path transport

Quantum Stirring

Moving walls

Driven quantum systems

Quantum Irreversibility

Diffractive spreading

\[ P(t) \ \ne \ e^{-\Gamma t} \] Anomalous Decay
and irreversibility

Parametric evolution
of eigenstates

\[S \ \ne \ -\sum_r p_r \ln p_r \] Information Entropy
of quantum states

Quantum Dissipation
(Overview)

Quantum Dissipation
(Wikipedia)

\[ \iint \tilde{S}({q},\omega) \, \tilde{P}(-{q},-\omega) \] Dephasing SP formula
(Wikipedia)

Quantum-Classical
semiclassical duality

Thermal imagers
and FPAs


Publications:
 
Lists of publications:
Wide scope
Theory of driven mesoscopic systems
Semilinear response theory
Non-equilibrium, FPE/NFT/FDT phenomenology
Quantum pumping and stirring
Stirring - prototype models and effects
Counting statistics in closed systems
Dynamics of condensed particles (BEC / BHH) - the bosonic Josephson junction
Dynamics of condensed particles (BEC / BHH) - scattering, stirring, STIRAP
Dynamics of condensed particles (BEC / BHH) - superfluidity and thermalization
Parametric evolution of wavefunctions (LDOS)
Wavepacket dynamics, Quantum Irreversibility, Loschmidt echo
Semiclassics, quantum-classical duality, localization, heat transport
System-Environment, Brownian motion, Dephasing
Kicked systems, the effect of noise
Kicked systems, the effect of dissipation
Miscellaneous
 

Presentations:
 








 

 
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