Search Results - "Climente, J. I."

Antibonding ground states in InAs quantum-dot molecules by Doty, M F, Climente, J I, Korkusinski, M, Scheibner, M, Bracker, A S, Hawrylak, P, Gammon, D

“…Coherent tunneling between two InAs quantum dots forms delocalized molecular states. Using magnetophotoluminescence spectroscopy we show that when holes tunnel…”
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Spin-orbit-induced hole spin relaxation in InAs and GaAs quantum dots by Climente, J I, Segarra, C, Planelles, J

“…We study the effect of valence band spin-orbit interactions (SOI) on the acoustic phonon-assisted spin relaxation of holes confined in quantum dots (QDs)…”
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Anisotropy of spin-orbit induced electron spin relaxation in [001] and [111] grown GaAs quantum dots by Segarra, C, Planelles, J, Climente, J I, Rajadell, F

“…We report a systematic study of the spin relaxation anisotropy between single electron Zeeman sublevels in three-dimensional cuboidal GaAs quantum dots (QDs)…”
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Dielectric confinement of excitons in type-I and type-II semiconductor nanorods by Royo, M, Climente, J I, Movilla, J L, Planelles, J

“…We theoretically study the effect of the dielectric environment on the exciton ground state of CdSe and CdTe/CdSe/CdTe nanorods. We show that insulating…”
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Semiconductor concentric double rings in a magnetic field by PLANELLOS, J, CLIMENTE, J. I

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Magnetization of nanoscopic quantum rings and dots by CLIMENTE, J. I, PLANELLES, J, MOVILLA, J. L

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Voltage control of the magnetic properties of charged semiconductor quantum dots containing magnetic ions by CLIMENTE, J. I, KORKUSINSKI, M, HAWRYLAK, P, PLANELLES, J

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Hole Band Mixing in CdS and CdSe Quantum Dots and Quantum Rods by Planelles, J, Rajadell, F, Climente, J. I

“…Using a six-band k·p Hamiltonian for wurtzite lattice, we study the hole ground state symmetry and composition in spherical quantum dots and elongated quantum…”
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Excitons, Biexcitons, and Trions in CdSe Nanorods by Rajadell, F, Climente, J. I, Planelles, J, Bertoni, A

“…We calculate the recombination energies and probabilities of neutral excitons (X), singly charged excitons (X±), and biexcitons (XX) in CdSe quantum dots of…”
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Quantum rings in tilted magnetic fields by Planelles, J., Climente, J.I., Rajadell, F.

“…The electronic states of semiconductor quantum rings (QRs) under tilted magnetic fields are studied in the framework of the effective mass and envelope…”
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Theory of valence-band holes as Luttinger spinors in vertically coupled quantum dots by Climente, J. I., Korkusinski, M., Goldoni, G., Hawrylak, P.

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Influence of valence band spin–orbit coupling on the entanglement of excitons in coupled quantum dots by Climente, J.I., Korkusinski, M., Goldoni, G., Hawrylak, P.

“…We study the effect of valence band spin–orbit interaction on the exciton entanglement in vertically stacked quantum dots, using a multi-band k · p theory for…”
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Far-infrared absorption of vertically coupled self-assembled quantum rings by CLIMENTE, J. I, PLANELLES, J

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Spin relaxation due to spin–orbit coupling in multi-electron quantum dots by Climente, J.I., Bertoni, A., Goldoni, G., Rontani, M., Molinari, E.

“…We show that the number of electrons confined in a semiconductor quantum dot has a strong influence over the Rashba and Dresselhaus spin–orbit (SO) admixture…”
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A parallel solver for huge dense linear systems by Badia, J.M., Movilla, J.L., Climente, J.I., Castillo, M., Marqués, M., Mayo, R., Quintana-Ortí, E.S., Planelles, J.

“…HDSS (Huge Dense Linear System Solver) is a Fortran Application Programming Interface (API) to facilitate the parallel solution of very large dense systems to…”
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Large-scale linear system solver using secondary storage: Self-energy in hybrid nanostructures by Badia, J.M., Movilla, J.L., Climente, J.I., Castillo, M., Marqués, M., Mayo, R., Quintana-Ortí, E.S., Planelles, J.

“…We present a Fortran library which can be used to solve large-scale dense linear systems, A x = b . The library is based on the LU decomposition included in…”
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Large hole spin anticrossings in InAs/GaAs double quantum dots by Rajadell, F., Climente, J. I., Planelles, J.

“…We show that hole states in InAs/GaAs double quantum dots can exhibit spin anticrossings of up to 1 meV, according to simulations with a three dimensional…”
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Tuning the tunnel coupling of quantum dot molecules with longitudinal magnetic fields by Climente, J. I.

“…We show that the energy splitting between the bonding and antibonding molecular states of holes in vertically stacked quantum dots can be tuned using…”
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Hole-spin mixing in InAs quantum dot molecules by Doty, M. F., Climente, J. I., Greilich, A., Yakes, M., Bracker, A. S., Gammon, D.

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Anisotropy of spin-orbit induced electron spin relaxation in [001] and [111] grown GaAs quantum dots by Segarra, C, Planelles, J, Climente, J. I, Rajadell, F

“…2015 New J. Phys. 17 033014 We report a systematic study of the spin relaxation anisotropy between single electron Zeeman sublevels in cuboidal GaAs quantum…”
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