Quantum Optics
and Quantum Information Group 

Dr.
Miled Hassan Youssef Moussa 



Associate Professor  IFSC/USP 




Instituto de Física de São Carlos 













Education 

PostDoc  

PhD  Physics  Instituto de Física de São Carlos  Universidade de São Paulo (USP)  Brazil (1990  1994) 

MSc  Physics  Instituto de Física de São Carlos  Universidade de São Paulo (USP)  Brazil (1988  1990) 

BSc  Physics  Instituto de Física de São Carlos  Universidade de São Paulo (USP)  Brazil (1984  1987) 

Publications 

Electromagnetically
induced transparency and dynamic Stark effect in coupled quantum resonators 

Nonadiabatic geometric
phase induced by Stark shift 

Frequency up and
downconversions in twomode cavity quantum electrodynamics 


Decoherence in
strongly coupled quantum oscillators 

Onestep generation of highquality squeezed and
EPR states in cavity QED 

Decoherence in a
system of strongly coupled quantum oscillators. II. Centraloscillator
network 

Decoherence in a
system of strongly coupled quantum oscillators. I. Symmetric network 


Engineering squeezed
states in highQ cavities 


Squeezing arbitrary
cavityfield states through their interaction with a single driven atom 

Preparation and control of a cavityfield
state through atomdriven field interaction: towards longlived mesoscopic
states 

Proposal to produce longlived
mesoscopic superpositions through an atomdriven field interaction 


Singleparticle quantum tunneling
in ionic traps 


Highfidelity
teleportation of entanglements of runningwave field states 


Direct measurement of the Wigner
distribution of a traveling field 


Decoherence in trapped
ions due to polarization of the residual background gas 


Engineering arbitrary
motional ionic state through realistic intensityfluctuating laser pulses 


Recurrence formula for
generalized optical state truncation by projection synthesis 


Phase sensitive pumping
and coherence of superposition states 


Phenomenologicaloperator
approach to introduce damping effects on radiation field states 


Engineering
cavityfield states by projection synthesis 


Phenomenologicaloperator
approach to dissipation in cavity quantum electrodynamics 


Accuracy of a
teleported cavityfield state 


Quantum to classical transition from
the cosmic background radiation 

Continuous pumping and
control of a mesoscopic superposition state in a lossy QED cavity 


On the generation of
the phase state 

Teleportation of a
zero and onephoton runningwave state by projection synthesis 


Teleporting the Schrodinger cat
state 


Pure states having thermal
photon distribution revisited: generation and phaseoptimization 


Nonlocality of a
single particle: From the Fock space to cavity QED 


Onecavity scheme for
atomicstate teleportation through GHZ states 


Hole burning in Fock
space 


Generation of the
reciprocalbinomial state 


Qfunction measurement
by projection synthesis 


Preparation of the Bell operator
basis through a restricted multiplying device 


Teleportation with
identity interchange of quantum states 


Extension of the GRWP model to
translation symmetry breaking processes 


Teleportation of a
cavityradiationfield state: An alternative scheme 


Quantum coherence in a
dissipativedriven system and the optical SternGerlach experiment 


The quadratic timedependent
hamiltonian  evolution operator, squeezing regions in phasespace and
trajectories 


Recurrence and decoherence times
of quantum states in a measurement process 

EinsteinPodolskyRosenBohm correlation
for light polarization 

Generation of squeezing for a
charged oscillator and for a chargedparticle in a timedependent
electromagneticfield 

Comments and Suggestions 
