Search Results - "TRIBOLLET, J"

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  1. 1

    Theory of the electron and nuclear spin coherence times of shallow donor spin qubits in isotopically and chemically purified zinc oxide by Tribollet, J.

    “…In this article, I present a theoretical study of the electron and nuclear spin coherence times of shallow donor spin qubits in zinc oxide (ZnO) at low…”
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    Ultra long spin coherence time for Fe3+ in ZnO: A new spin qubit by Tribollet, J, Behrends, J, Lips, K

    Published in Europhysics letters (01-10-2008)
    “…We show by means of two pulse electron spin echo experiments on Fe3+ transition metal ions in natural ZnO that their spins S = $\frac{5}{2} $ have a spin…”
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  3. 3

    Trion oscillator strength by Combescot, Monique, Tribollet, Jérôme

    Published in Solid state communications (01-11-2003)
    “…Our new commutation technique for excitons interacting with electrons allowed us to derive the X − trion expansion in terms of exciton–electron pairs while…”
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    Transient absorption spectroscopy of the iron(II) [Fe(phen) 3] 2+ complex: Study of the non-radiative relaxation of an isolated iron(II) complex by Tribollet, J., Galle, G., Jonusauskas, G., Deldicque, D., Tondusson, M., Letard, J.F., Freysz, E.

    Published in Chemical physics letters (01-09-2011)
    “…[Display omitted] ► We studied optical excitation of [Fe(phen) 3] 2+ complex in solution. ► Upon its excitation from the 1A 1 ground state, the complex is…”
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  5. 5

    Exciton spin manipulation in inAs/GaAs quantum dots : Exchange interaction and magnetic field effects by SENES, M, URBASZEK, B, MARIE, X, AMAND, T, TRIBOLLET, J, BERNARDOT, F, TESTELIN, C, CHAMARRO, M, GERARD, J.-M

    “…We report quantum beat phenomena between different polarization states in InAs quantum dots, observed in time-resolved photoluminescence and transient…”
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    Enhancement of the electron spin memory by localization on donors in a CdTe quantum well by Tribollet, J., Aubry, E., Karczewski, G., Sermage, B., Bernardot, F., Testelin, C., Chamarro, M.

    “…We present easily reproducible experimental conditions giving rise to a long electron spin memory at low temperature. The proposed system consists of an…”
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  7. 7

    Interplay of spin dynamics of trions and two-dimensional electron gas in a n-doped CdTe single quantum well by Tribollet, J., Bernardot, Frédéric, Menant, Michel, Karczewski, G., Testelin, Christophe, Chamarro, Maria

    “…We used the photoinduced Faraday rotation technique to study the low-temperature spin relaxation of excitons, trions, and two-dimensional electron gas in…”
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  8. 8

    High spin ↔ low spin ultrafast excitation and relaxation of an isolated iron(II) complex by Galle, G., Tribollet, J., Jonusauskas, G., Tondusson, M., Mauriac, C., Létard, J.F., Freysz, E.

    Published in EPJ Web of conferences (01-01-2013)
    “…Picosecond and femtosecond time resolved pump-probe experiments make it possible to study both the low spin (LS) to high spin (HS) and high spin to low spin…”
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  9. 9

    Linear and dynamical photoinduced dichroisms of InAs/GaAs self-assembled quantum dots: Population relaxation and decoherence measurements by Bernardot, Frédéric, Aubry, E, Tribollet, J, Testelin, Christophe, Chamarro, Maria, Lombez, L, Braun, Pf, Marie, Xavier, Amand, Thierry, Gerard, Jm

    “…We present and model our pump-probe experiments measuring the photoinduced dynamics of an ensemble of self-assembled InAs/GaAs quantum dots. A pulsed pump…”
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  10. 10

    Many-body origin of the “trion line” in doped quantum wells by Combescot, M., Tribollet, J., Karczewski, G., Bernardot, F., Testelin, C., Chamarro, M.

    Published in Europhysics letters (01-08-2005)
    “…We explain why the so-called “trion line” in the absorption spectrum of doped wells, cannot be due to a set of 3-body trions but has to come from a singular…”
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  11. 11

    Intrinsic decoherence and Rabi oscillation damping of Mn2+ and Co2+ electron spin qubits in bulk ZnO by Benzid, K., Chetoui, A., Maamache, M., Turek, P., Tribollet, J.

    Published in Europhysics letters (01-11-2013)
    “…We demonstrate by pulse EPR that two electron spin qubits in bulk ZnO, the Mn2+ and the Co2+ spin qubits, which have, respectively, long and short transverse…”
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  12. 12

    Intrinsic decoherence and Rabi oscillation damping of Mn super( 2+) and Co super( 2+) electron spin qubits in bulk ZnO by Benzid, K, Chetoui, A, Maamache, M, Turek, P, Tribollet, J

    Published in Europhysics letters (01-11-2013)
    “…The authors demonstrate by pulse EPR that two electron spin qubits in bulk ZnO, the Mn2+ and the Co2+ spin qubits, which have, respectively, long (T2(6K) = 178…”
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  13. 13

    Intrinsic decoherence and Rabi oscillation damping of Mn^sup 2+^ and Co^sup 2+^ electron spin qubits in bulk ZnO by Benzid, K, Chetoui, A, Maamache, M, Turek, P, Tribollet, J

    Published in Europhysics letters (01-11-2013)
    “…The authors demonstrate by pulse EPR that two electron spin qubits in bulk ZnO, the Mn2+ and the Co2+ spin qubits, which have, respectively, long (T2(6K) = 178…”
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    Journal Article
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    Ultra long spin coherence time for Fe3+ in ZnO: A new spin qubit by Tribollet, J, Behrends, J, Lips, K

    Published in Europhysics letters (01-10-2008)
    “…We show by means of two pulse electron spin echo experiments on Fe3+ transition metal ions in natural ZnO that their spins S = 5/2 have a spin coherence time…”
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    Journal Article
  16. 16

    Ultra long spin coherence time for Fe 3+ in ZnO: A new spin qubit by Tribollet, J., Behrends, J., Lips, K.

    Published in Europhysics letters (14-10-2008)
    “…We show by means of two pulse electron spin echo experiments on Fe3+ transition metal ions in natural ZnO that their spins S = \frac{5}{2} have a spin…”
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    Journal Article
  17. 17

    Spin wave free spectrum and magnetic field gradient of nanopatterned planes of ferromagnetic cobalt nanoparticles: key properties for magnetic resonance based quantum computing by Benzid, K, Muller, D, Turek, P, Tribollet, J

    Published 11-10-2014
    “…We present a study by ferromagnetic resonance at microwave Q band of two sheets of cobalt nanoparticles obtained by annealing SiO2 layers implanted with cobalt…”
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