Pagina personal Miguel Orszag
PUBLICATIONS OF M.ORSZAG
Books
and Editorials
(1)Quantum Noise Reduction in Optical Systems, Editor of focal issue in Optics
Express, M.Orszag, vol3, No4, Optics Express (1998).
(2)Quantum
Optics, M.Orszag (Springer Verlag, 2000),
1st ed.
(3)Modern
Challenges in Quantum Optics, Proceedings, International
Conference Quantum Optics I, eds
M.Orszag, J.C.Retamal, Springer Lecture Notes (Springer
Verlag, 2001)
(4)Quantum Optics
, M.
Orszag, (Springer Verlag, 2007) 2nd ed.
(5)Quantum
Optics III, eds M.
Orszag, J.C. Retamal, C.
Saavedra,S Wallentowitz, J. Phys.: Conf.
Series 84 (2007)
(6)Quantum Probability
and related topics, edts R.Rebolledo, M.Orszag
(World Scientific, 2011)
(7)Quantum
Optics , M.
Orszag,
(Springer Verlag, 2016)
3rd.ed NEW
CHAPTERS ON QUANTUM
INFORMATION‘‘‘‘
(8) Quantum
Optics Solver,
M.Orszag (Springer Verlag, to be
published in 2023)
Scientific
Articles
1. Calculations of
eigenvalues and eigenvectors of the angular momentum
operator Jx, without the use of theory of rotation, L. M. Narducci, M.
Orszag, Am. J. Phys. 40, 1811 (1972).
2. On the ground state instability of the Dicke
Hamiltonian, L. M. Narducci, M. Orszag, Collective
Phenomena 1, 113 (1973).
3. On the energy spectrum
of the Dicke Hamiltonian, L. M. Narducci, M.Orszag, R. Tuft, Phys. Rev.
A 8 (1973).
4. Frequency doubling
crystals, unscrambling the acronyms, R. Adhav, M.Orszag,
. Opt. Sys.
Des. 12, 20 (1974).
5. On electro-optical
tunning of dye lasers, M. Orszag, Optical and Quantum Electronics, 8, 295 (1976).
6. Surface discharges on
spacecraft dielectrics in a scanning electron microscope, K. Balmain,
M.Orszag, P. Kremmer in Progress in Aeronautics and Astronautics, Editor A. Rosen (MIT
Press, Cambridge, Mass. U.S.A. 1976) .p 213
7. Dickes model phase
transition, when counter-rotating and (A)2 terms included in the
Hamiltonian, M.Orszag, J. Phys. A. 10, L21 (1977).
8. Radiation damping
effects on Dickes maser model, M.Orszag, J. Phys. A, 10, L25 (1977).
9. Plasma density
measurements in gas target, M. S. Bennet, A. A. Haasz, M.Orszag, P. C.
Stangeby, J.App. Phys. 48, 559 (1977).
10. Phase transition of a two level system
interacting with electromagnetic radiation, M.Orszag, J. of
Phys.A 10, 1995 (1977).
11. Spontaneous and
stimulated emission from atoms prepared in the Superradiant State, M.Orszag, J. of
Phys. A, 10, L159 (1977).
12. Interaction of N-atoms
with the radiation field in the restricted rotating wave
approximation: I. General Theory, M.Orszag, J. Phys.
A. 12, 2205 (1979).
13. Interaction of N-atoms with the radiation field
in the restricted rotating wave approximation: II. Numerical
results, M.Orszag, J. Phys.
A, 12, 2225 (1979).
14. Quantum theory of
nonlinear optical phenomena, M.Orszag, J. Phys. A 12, 2233 (1979).
15. Quantum theory of
antistokes raman scattering, M.Orszag, Optica Acta, 28, 5 (1981).
16. A simple algorithm for
the calculation of moments of the density of states in a
one-dimensional random binary alloy, R. Ramirez,
M.Orszag, J. Phys. A. 14, L117 (1981).
17. Exact solution of the
Dicke model for the interaction of one atom with the
electromagnetic field, R. Ramirez, M.Orszag, J. Math. Phys. 22 1306 (1981).
18. On SIT with chirping
and losses, O. Wong, M.Orszag,
R. Ramirez, Optica Acta, 28, 1303 (1981).
19. Numerical
analysis of Dickes model for one atom, J.
Roessler, M. Orszag, R. Ramirez J. Phys. A, 15, 1353
(1982).
20. Quantum theory of
second harmonic generation, M.Orszag, P. Carrazana, H. Chuaqui, Optical
Acta, 30, 259 (1983).
21. Self induced
transparency with chirping and losses, M. Orszag, R.
Ramirez, Z. fur Physik 52, 83 (1983).
22. On the quantum theory
of a free electron laser, M.Orszag, Optica Acta , 31, 267 (1984).
23. Super poissonian
effects in a quantum model for a free electron laser, L. Huerta and
M.Orszag, Optica Acta, 23, 505 (1985).
24. Squeezing and
antibunching in a one electron FEL model, M.Orszag and R.
Ramirez ICTP
report IC (85125), (1985).
25. Quantum coherence
effects in a Compton regime free electron
laser, M.Orszag, R.
Ramirez, and L. Chuaqui in Coherence, Cooperation and Fluctuation, Harvard University, Boston, Mass., Editors: Haake,
Narducci, Walls (Cambridge Univ. Press, 1986), p. 275
26. Quantum features of a
FEL, M.Orszag and R.
Ramirez, J.O.S.A. B 3, 895 (1986).
27. Quantum and many body
effects in a Compton regime free electron laser, M.Orszag, in Proceedings of the 4th
International Symposium on Quantum Optics, Hamilton, New
Zealand, Harvey,Walls Edts. (Springer 1986) p232
28. Many-body effects in a
quantum free-electron laser model, E. Fernandez and
M.Orszag J.O.S.A. B 4, 521 (1987).
29. Free-electron laser linewidth obtained from a
master Fokker-Planck Equation, M.Orszag, Phys. Rev A 36, 189 (1987).
30. Theory of a correlated
emission free-electron laser, M.Orszag W. Becker, and M. O. Scully, Phys. Rev. A 36, 1310 (1987).
31. El laser de electrones libres M.Orszag, R.
Ramirez, and L. Chuaqui Nucleotecnia 7, 55 (1987).
<>32.
Correlated emission
laser. Phase noise quenching via coherent pumping and the
effect of atomic motion, J. Bergou, M.Orszag, and M. O. Scully,Phys.
Rev. A 38, 768 (1988).
<>
33. Correlated emission
laser. Theory of the quantum beat micromaser, J. Bergou and
M.Orszag, Phys. Rev. A 38 763 (1988).
34. Correlated emission
laser. Nonlinear theory of the quantum beat laser, J. Bergou, M.Orszag,
and M. O. Scully, Phys. Rev. A 38, 754 (1988).
35. A dynamically correlated spontaneous emission
laser. Theory and comparison with experiment, J. Bergou, and
M.Orszag, J.O.S.A. B 5 249 (1988).
36. Low frequency
spontaneous radiation in a free electron laser in the
trapped regime, W. Becker, J. K. McIver, M.Orszag, M. O.
Scully, and P. Vogel,Phys. Rev. A 37 2502 (1988).
37. Squeezing and minimum
uncertainty states in the supersymmetric harmonic oscillator, M.Orszag and S.
Salamo, J. Phys. A, 21 1059 (1988).
38. The correlated
spontaneous emission laser: theory and recent developments, M.Orszag, J. Bergou,
W. Schleich and M. O. Scully, published in the Conference on
squeezing at Cortina, Italy, P. Tombesi, Ed., (Plenum
Pub. Corp. 1989) p287
39. Squeezing and
quantum-noise quenching in phase sensitive optical system, J. Bergou, M.Orszag,
M. O. Scully and K. Wodkiewicz, Phys. Rev. A, 39, 5136 (1989).
40. Influence of the
pumping statistics in lasers and masers, J. Bergou, L.
Davidovich, M.Orszag, C. Benkert, M. Hillery, and M. O.
Scully, Opt. Comm. 72, 82 (1989).
41. Role of pumping statistics in maser and laser
dynamics: I. Density matrix approach, J. Bergou, L.
Davidovich, M.Orszag, C. Benkert, M. Hillery and M. O.
Scully Phys. Rev. A 40, 5073 (1989).
42. Enhanced transient
squeezing in the Jaynes-Cummings model with atomic coherence, F. X. Zhao,
M.Orszag, J. Bergou, and S. Y. Zhu, Physics Letters A 137, 479 (1989).
43.Role of pumping
statistics II. Quantum Langevin approach, C. Benkert,
M.Orszag, M. O. Scully, J. Bergou, L. Davidovich, and H.
Hillery, Phys. Rev. A, 41, 2756 (1990).
44. Squeezing and quantum
noise quenching of masers and lasers through atomic
coherence and pump noise reduction, C. Benkert, M. O.
Scully, J. Bergou and M.Orszag, Phys. Rev. A 41, 4062 (1990).
45. A model for laser
damage. An example of Hamiltonian chaos, M.Orszag, In, New
Frontiers in Quantum Electrodynamics and Quantum Optics,
Edited by A. O. Barut (Plenum, 1990) p241
46. Polarization-correlated-emission
schemes, C. Benkert, M. O.
Scully, M.Orszag, Phys. Rev. A, 42, 1487 (1990).
47. Photon number noise
reduction in a two photon micromaser, M.Orszag, J. C.
Retamal, Opt. Comm. 79, 455 (1990).
48. Photon noise reduction
in light sources, M.Orszag and J. C Retamal, in Proc. of 3rd
International Workshop on Instabilities and non Equilibrium
Structures,
Dec. (1989), Valparaνso, Chile, Ed. E. Tirapegui, W.
Zeller (Kluwer 1991) p189
49. Hamiltonian Chaos in a Laser Damage Model, W. Becker, M. Fuka,
J. K. McIver, R. Ramirez, and M.Orszag ( in Proc. of 3rd
International Workshop on Instabilities and Non-equilibrium
Structures,
Dec. 1989, Valparaνso, Chile, Ed. E. Tirapegui, W.Zeller
(Kluwer 1991) p43. <>
50 Phase fluctuations in
a laser with atomic memory effects, M.Orszag, C.
Saavedra,Phys. Rev. A., 43, 554 (1991).
51. Phase difference
fluctuations of the quantum beat laser, M.Orszag, C.
Saavedra,Phys. Rev. A, 43, 2557 (1991).
52. Reduction of the
photon number fluctuations in two photon lasers, M.Orszag, J. C.
Retamal, Phys. Rev. A, 43 6209 (1991).
<>53. Photon Statistics in the polarization CEL, M.Orszag, J. C.
Retamal,Opt. Comm. 84, 42 (1991).
54. Squeezing and
bifurcation in the phase probability distribution in a two
photon micromaser, M.Orszag, L. Roa, R. Ramνrez, Opt. Comm., 86, 147 (1991).
55. Preparation of a pure
atomic state, M.Orszag, J. C. Retamal, C. Saavedra,Phys.
Rev. A, 45, 2118 (1992)..
56. Generation of highly
squeezed states in a two photon micromaser, M.Orszag, R.
Ramνrez, J. C. Retamal, L. Roa, Phys. Rev. A, 45, 6717 (1992).
57. Superposition of
Coherent States and Squeezing, M.Orszag, R. Ramνrez, J. C. Retamal, C.
Saavedra, Phys. Rev. Lett, 68, 3815 (1992).
58. Noise reduction,
lasing without inversion and pump statistics in three level
systems with atomic coherence, M.Orszag, Shi. Y. Zhu, M. O Scully, J.
Bergou, Phys. Rev. A, 45, 4872 (1992). <>
59. Trapping States and
Measurements M.Orszag, R.Ramirez, Opt. Comm, 101, 377 (1993).
60. Generation of pure
states in a two photon micromaser:Effects of finite detuning
and cavity lossess, M.Orszag, L. Roa, R. Ramirez, Phys. Rev. A. 48, 4648 (1993).
61. Schrodingers cat and squeezing, M.Orszag, R.
Ramirez, J. C. Retamal, L. Roa in Instabilities and
nonequilibrium structures IV,133 Editors E. Tirapegui
and W. Zeller (Kluwer Academic Publishers, Netherlands (1993).
<>
62. Phase bistability and
squeezing in a two photon micromaser, M.Orszag, R.
Ramirez, L. Roa in Instabilities and nonequilibrium structures IV,
77,
Editors E. Tirapegui and W. Zeller (Kluwer Academic
Publishers, Netherlands 1993).
63. Quantum Cooperative
Effects in a micromaser, M.Orszag, R. Ramirez, J. C. Retamal, C.
Saavedra, Phys. Rev. A. 49, 2933 (1994).
64. State preparation via
quantum coherence and continous measurement, G. S. Agarwal, M.
Graf, M.Orszag, M. O. Scully, H. Walther, Phys. Rev. A. 49, 4077 (1994)..
65. Measurement effects on
quantum optical systems, M.Orszag, R. Ramirez in Quantum Optics VI,
Editors J. Harvey, D. F. Walls (Springer Verlag 1994).
66. Driven particle in an
infinite square well:representation and breakdown of the
invariant tori in a multiple resonance case, M. Z. Fuka, W.
Becker, J. McIver, M.Orszag, R. Ramirez, Phys. Rev. A. 51, 1935 (1995).
67. On the atomic
microscopic, M.Orszag, R. Ramνrez, J. C. Retamal, C.
Saavedra, Quantum Semiclass Opt. 7, 455 (1995).
68. Quantum jumps versus
Stochastic Schroedinger equation. Applications in Quantum
Optics, M.Orszag, R.
Ramνrez, Brasil Jour. of Phys. 25, 383 (1995).
69. Two photon micromaser
from trapping to ideal squeezed states, M.Orszag, R. Ramνrez
in Instabilities
and non equilibrium structures V,259, Editor E. Tirapegui,
W. Zeller, (Kluwer,1996).
70. Cooperative effects in
a one photon micromaser,M.Orszag in Fourth International Conference on Squeezed States and Uncertainty
Relations, Editors D. Han,
Kunchi Peng, Y. S. Kin, V. I. Manko (Nasa 1996).
71. Cooperative effects in
a one photon micromaser with atomic coherence,L.Ladron de
Guevara,M.Orszag, R.Ramirez, L.Roa in Coherence and Quantum
Optics VII, Editors J.Eberly,
L.Mandel, E.Wolf (Plenum,NY, (1996).
72. Quantum non-demolition
measurements of vibrational populations in ionic trap, L. Davidovich,
M.Orszag, N. Zagury , Phys.Rev.A, 54. 5118
(1996).
73.Quantized light lenses
for atoms.The perfect thick lens,B.Rohwedder,M.Orszag,
Phys.Rev.A, 54, 5076(1996).
74.Cooperative effects in
a one-photon micromaser with atomic polarization, L.Ladron de Guevara,
M.Orszag, R.Ramirez, Phys.Rev. A, 55. 2471(1997).
75.QND Measurements in
trapped ionsM.Orszag,inInternational conference in Quantum
Optics and Laser Physics.Editor S.Y.Zhu
(Springer-Verlag 1997).
76.Quantum trajectoriesM.Orszag,R.Ramirez in
International
Conference in Quantum Optics and Laser Physics.EditorS.Y.Zhu
(Springer-Verlag 1997).
77. Physical
interpretation of Monte Carlo Wave-function and
Stochastic Schrodinger equation methods for cavity QED, Tarso.B.L.Kist,
M.Orszag, L.Davidovich, Phys.Rev.A, (XX Encontro de Fisica
de Materia Condensada Caxambu, Brasil 10-14 Junho 1997).
78 Quantum diagnosis of
molecules:a method of measuring directly the Wigner function
of a molecular vibrational state,L. Davidovich,
M.Orszag, N. Zagury, Phys.Rev.A, 57, 2544(1998).
79. Non-ideal interferometric detection of
gravitational waves for short time measurements, Douglas Mundarain,
Miguel Orszag, Optics Express , 3, 131(1998).
80. Quantum trajectories.
Physical Interpretation,M.Orszag, in III RIA, VI Optilas, Cartagena de Indias, Colombia. SPIE,3572.494(1999).
81. Stochastic Schodinger
Equations in cavity QED: physical interpretation and
localization, T.B.Kist, M.Orszag, T.A.Brun, L.Davidovich,
J.Opt.B: Quantum Semiclass. Opt. 1, 251 (1999).
82. Phonon-Photon
translator,E.Massoni, M.Orszag,
Opt.Comm ,179, 315 (2000).
83.- Creation of Fock
states in an optical cavity via Phonon-Photon interaction., E.Massoni, M.Orszag
(Proc.Int. Conference on Laser Physics and Quantum Optica, Shanghai, China, August,1999 ,Eds
Xu,Xie, Zhu,Scully,Springer Verlag(2000)).
84.- Squeezing Transfer
from vibrations to a cavity field in an ion-trap laser, E.Massoni, M.Orszag,
Opt.Comm.190 ,239 (2001).
85.- Fundamentals of
Quantum Optics., M.Orszag (PASI School in Atoms and Molecules
in a new light, Angra dos Reis, Brazil, April 25-May 8,
2000, published (2001).
86.- Phonon-Photon
translation with a trapped ion in a cavity., E.Massoni, M.Orszag
(Proc.Int. Conference Quantum Optics I, Santiago, Aug 23-26,2000, edts M.Orszag,
J.C.Retamal in Modern Challenges in Quantum Optics, Springer Verlag
(2001) .
87.-Phonon-Photon
interactions with a trapped ion in a cavity, M.Orszag, Laser
Phys.12, 1054 (2002).
88.- The stability of an
Ion-Trap Laser, R.Guzman, M.Orszag, Laser Phys.12, 77(2002).
89.- Squeezing and thermal
effects in non-ideal interferometric detection of
gravitational waves, D.F.Mundarain, M.Orszag, Phys.Lett.A, 295, 101(2002)..
90.- Quantum Jump Dynamics, D.Spehner, M.Orszag,
J.Math.Phys, 43,3511(2002)..
91.- Highly monochromatic
fluorescence via quantum interference, M.L.Ladron de
Guevara, M.Orszag, Opt.Comm.202, 303 (2002).
92.- Temperature enhanced
squeezing in cavity QED, D.Spehner, M.Orszag, J.Opt.B.
Quantum.Semiclass., 4, 326 (2002).
93.- Cavity QED. A Quantum
Trajectory point of view., D.Spehner, M.Orszag, Laser.Phys, 13, 634 (2003).
94.- On Ion Trap Lasers., M.Orszag, R.Ramirez,
M.L.Ladron de Guevara, Laser.Phys, 13, 6619 (2003).
95.- On Continuous variable
Teleportation and Transmission of Quantum Properties., J.Maze, M.Orszag,
(published in Proceedings of ICSSUR 2003, Puebla, Mexico.(Rinton
Press, 270-275(2003)) .
96.- Perfect Transmission
of the sub-Poissonian character of a Field via Continuous
Variable Teleportation., J.Maze, M.Orszag, J.Mod.Opt .51, 2021 (2004).
97.- Optimized Transmission
of Quantum Properties in Continuous Teleportation., J.Maze, M.Orszag ,
J.of Optics B, Quant and Sem.Opt. 6, S56 6(2004).
98.- Transmission of mixed
state via Continuous variable Teleportation.,J.Maze, M.Orszag,
Laser Phys. 4, 1265(2004).
99.- Generation of a C-NOT
gate using a trapped ion, M.Orszag, F.Larrain, Acta Phys.Hung B-23, 91,(2005).
100.- Continuous Teleportation of a photon statistics
of squeezed states., M.Orszag, D.Mundarain, J.Phys.A, 38, 1,(2005).
101.- Instability and and
entanglement of the ground state of Dickes model., V.Buzek, M.Orszag,
M.Rosko, Phys.Rev.Lett, 94, 163601 (2005).
102.- Proposal for a Universal Copying Machine in
cavity QED via a dispersive interaction., M.Orszag,
J.Gonzalez, S.Dagach, J.of Optics B, Quant and Sem.Opt.7,
S648 (2005).
103.- Generation of a C-NOT
gate using a trapped ion., M.Orszag, F.Larrain , J.of Optics B,Quant and
Sem.Opt.,7, S754 (2005)
104.- A single ion
stochastic quantum processor., P.Blackburn, M.Orszag, Int. Jour. of Mod.
Phys.B, 20, 1679(2006)..
105.- Reply, V,Buzek, M.Orszag,
M.Rosko , Phys.Rev.Lett, 96, 089302 (2006)..
106.-Total Zeno Effect and
intelligent states for a two-level system in a squeezedbath.,D.Mundarain, M.Orszag ,
J.Stephany, Phys.Rev.A, 74, 052107(2006)..
107.-Local
quantum measurement discrimination D.Mundarain,
M.Orszag , Phys.Rev.A, 75, 012107
(2007).
108.-Physical
Implementation of a programmable discriminator for unknown
quantum states.,J.Bergou, M.Orszag , JOSA B ,24, 384 (2007)..
109.-Decoherence Free
Subspace and entanglement by interaction with a common
squeezed bath ,D.Mundarain, M.Orszag , Phys.Rev.A (Rapid Comm), 75, 040303 (2007).
110.-Total quantum Zeno
effect beyond the Zeno time., D.Mundarain, M.Orszag , J.Stephany, J.Phys.
Conf.Series, 84, 012015(2007).
111.-Decoherence and
disentanglement for two qubits in a common squeezed
reservoir., M.Hernandez,
M.Orszag, Phys.Rev.A, 78, 042114 (2008).
112.-Topics on Quantum Information Theory,
M.Orszag, XXXVIII ELAF, AIP Conference Proceedings, (AIP, New York, 2008)
113.-Finite time
disentanglement of two atoms including photon recoil., F.Lastra,
S.Wallentowitz, M.Orszag,
M.Hernandez, J.Phys.B. At.Mol.Opt Phys, 42, 065504 (2009)
114.-Entanglement
preservation by continuous distillation, D.Mundarain,
M.Orszag, Phys.Rev.A, 79, 052333 (2009).
115.-Entanglement
distillation with local common reservoirs D.Mundarain,
M.Orszag, Phys.Rev.A, 79, 022306 (2009)
116.-A
comparative
study of the optical and circuit
representation of the unambiguous quantum
state discriminator, M.Hernandez,
M.Orszag, J.Bergou, , J.Mod.Opt,3,
181 (2010)
117.-"Coherence
and Entanglement in a two-qubit system", M.Orszag,
M.Hernandez, Review paper, Advances in Optics and
photonics, 2, 229 (2010)
118.-"Entanglement protection and generation in two-atom
system", M.Orszag,( in "Quantum Probability and related
topics", edts R.Rebolledo, M.Orszag, World Scientific,
2011)
119.-"Creation of Entanglement of two atoms coupled to
two distant cavities with losses", V.Montenegro,
M.Orszag, J.Phys.B, 44, 154019 (2011)
120.-"Quantum Theory of two-mode open cavity laser",
V.Eremeev, S.E.Skipetrov, M.Orszag Phys.Rev.A, 84,
023816(2011))
121.-"Creation of entanglement in cavity QED",
V.Montenegro, M.Orszag, Rev.Mexicana de Fisica, 57, 91
(2011)
122.-"Quantum correlation measurements for two qubits in
a squeezed bath", M.Angeles Gallego, M.Orszag,
Rev.Mexicana de Fisica, 57, 48 (2011)
123.-"Quantum statistical approach to the theory of
random lasers", V.Eremeev, G.Diaz, M.Orszag,
Rev.Mexicana de Fisica, 57, 42 (2011)
124.-"Coherently controlled emission from two atoms
dressed via a standing wave laser field", N.A.Enaki,
N.Ciobanu, M.Orszag J.Phys.B,44, 215502(2011)
125.-"Generation of quantum correlations for two qubits
through a common reservoir", M.Angeles Gallego, Raul
Coto, M.Orszag, Physics Scripta, T147, 014012 (2012)
126.-"Entanglement of two distant qubits driven by
thermal environments", V.Montenegro, V.Eremeev,
M.Orszag, Physica Scripta, T147,014022 (2012)
127.-Cooperative emission from two atoms localized in a
standing wave field", N.Ciobanu, N.A.Enaki, M.Orszag,
Physica Scripta, T147, 014007 (2012)
128.-"Thermally generated long-lived quantum
correlations for two atoms trapped in fiber coupled
cavities", V.Eremeev, V.Montenegro, M.Orszag,
Phys.Rev.A, 85, 032315 (2012).
129.- "Death and Revival of the quantum discord and the
measurement-induced disturbance", M.Angeles Gallego,
M.Orszag,, JOSAB, 29, 1690(2012)
130.- "Current and entanglement in a Bose-Hubbard
lattice", L.Morales-Molina, S.A.Reyes, M.Orszag,
Phys.Rev.A, 86, 033629(2012)
131.- "Propagation and Distribution of Entanglement in a
cavity QED network" , R.Coto, M.Orszag, J.Phys.B, 46,
175503 (2013)
132.- "Quantum beats and localization of two atoms in
the sub-wavelenght regime" , N.Ciobanu, N.A.Enaki,
M.Orszag, J.Phys.B, 46, 155501(2013)
133.- "Geometric Quantum Discord with Bures distance",
D.Spehner, M.Orszag, New.J.Phys, 15, 103001(2013)
134.-"Manipulation of the atomic localization via
resonance fluorescence", N.Ciobanu, N.A.Enaki, M.Orszag,
Phys.Scr T 153, 014011 (2013)
135.-"On the propagation of quantum correlations in a
cavity QED network", R.Coto, M.Orszag, Phys. Scr T 160,
014006 (2014)
136.-"Geometric quantum discord with Bures distance: the
qubit case" , D.Spehner, M.Orszag, J.Phys.A, 47, 035302
(2014)
137.-"Determination of the maximum Global Quantum
Discord via measurements of excitations in a cavity QED
network", R.Coto, M.Orszag, J.Phys.B,47,095501 (2014)
138.-"Thermal effects on the sudden changes and freezing
of correlations between remote atoms in cavity QED
network", V.Eremeev, N.Ciobanu, M.Orszag, Opt.Letters,
30, 2668 (2014)
139.- "Harnessing synthetic gage fields for robust
maximally entangled state generation", S.A.Reyes,
L.Morales-Molina, M.Orszag, D.Sphener, EPL, 108,
20010(2014)
140.- "Quantum Correlations in Cavity QED Network,
M.Orszag, N.Ciobanu, R.Coto, V.Eremeev, J.Mod.Optics,
62, 593(2015)
141.-"Selftrapping triggered by losses in cavity QED",
R.Coto, M.Orszag, V.Eremeev, Phys.Rev.A, 91,
043841(2015)
M
142.-"Quantumness of the anomalous weak measurement
value", D.F.Mundarain, M.Orszag, Phys.Rev.A, 93,
032106 (2016)
143.-"Generation and protection of Maximally Entangled
State between many modes in an optical network with
dissipation", R.Coto, M.Orszag, V.Eremeev,
Phys.Rev.A, 93, 062302 (2016)
144.-"Quantum Optics" M.Orszag, third ed (Springer
Verlag, Berlin, 2016)
145.-"Geometric Measures of Quantum Correlations with
Bures and Hellinger Distances", D.Spehner, M
F.Illuminati, M.Orszag, W.Roga, in "Lectures on general
quantum correlations and their application",
Ed:F.Fanchini, D. Soares-Pinto, G.Adesso
(Springer, 2016)
146.-"The power of a control qubit in weak measuremets",
R.Coto, V.Montenegro, V.Eremeev, D.Mundarain, M.Orszag
(Scientific Reports,7,6351(2017))
147.-"Macroscopic non-classical state preparation via
post-selection", V.Montenegro, R.Coto, V.Eremeev,
M.Orszag, Phys.Rev.A,95,053851 (2017)
148.-"Nanomechanical ground-state cooling with N-spins",
V.Montenegro, R.Coto, V.Eremeev, M.Orszag, Phys.Rev.A,
98, 053837 (2018).
149.-"Optical qubit generation via atomic postselection
in a Ramsey interferometer, M.Orszag, F.Oyarce, Physica
Scripta, 93, 104006 (2018).
150.-"Weak value amplification of photon number
operators in the optomechanical interaction",
S.Carrasco, M.Orszag, Phys.Rev.A, 99, 013801 (2019)
151.-"Photon cooling by dispersive atom-field coupling
with atomic postselection, F.Oyarce, M.Orszag,
arXiv-1904.03839
152.-Fisher Information, Weak values and Correlated
Noise in Interferometry, S.Carrasco, M.Orszag
arXiv-1902.09247
153.-Phonon Maser stimulated by spin post-selection,
V.Eremeev, M.Orszag, Phys.Rev.A, 101, 063815 (2020)
154.-Weak value amplificationin the optomechanical
interaction: a scattering approach, S.Carrasco, M.Orszag
(submitted)
155.-Weak value amplification in optomechanics, S
Carrasco, M.Orszag (submitted)
156.-Mechanical oscillations frozen on discrete levels
by two optical driving fields, Bing He, Quing Lin,
Miguel Orszag, Min Xiao, Phys.Rev.A (rapid Comm), 102,
011503 (2020)
157.-Control of interference and diffraction of a
three-level atom in a double-slit scheme with cavity
fields, Mario Miranda, Miguel Orszag, Phys.Rev.A, 102,
033723 (2020)
158.-Controlling parameters of the wave-particle duality
of a two-level atom in a double slit scheme with cavity
field, Mario Miranda, Miguel Orszag, JOSAB, 38, 2 (2021)
159.Influence of squeezing on the weak to strong
measurement transition, K.Araya-Sossa, Miguel Orszag,
Phys.Rev.A, 103, 052215 (2021)
160.-.-High fidelity synchronization of quantum states
in optomechanical hybrid systems, H.Molinares,
V.Eremeev, M.Orszag, Phys.Rev.A,105,033708(2022)
161.-Estimation of an optomechanical parameter via weak
value amplification, Sergio Carrasco, Miguel Orszag,
Phys.Rev.A,105,043508(2022)
162.-Amplification of mechanical quadratures using weak
values, Sergio Carrasco, M.Orszag, Physica
Scrpta,,97,075103(2022)
163.-Photon trapping states as a witness for generation
of phonon blockade in a hybrid micromaser system,
H.Molinares, Vitalie Eremeev, M.Orszag,
Euro Physics
Journal Plus,137,981(2022)