Publications

2018

Subhradeep Misra; Michael Stern; Arjun Joshua; Vladimir Umansky; Israel Bar-Joseph (2018). Experimental Study of the Exciton Gas-Liquid Transition in Coupled Quantum Wells.  Physical Review Letters. 120:(4)  Abstract

2016

Yuval Vardi; Eyal Cohen-Hoshen; Guy Shalem; Israel Bar-Joseph (2016). Fano Resonance in an Electrically Driven Plasmonic Device.  Nano Letters. 16:(1)748-752.  Abstract

2014

Yuval Vardi; Avraham Guttman; Israel Bar-Joseph (2014). Random Telegraph Signal in a Metallic Double-Dot System.  Nano Letters. 14:(5)2794-2799.  Abstract
Michael Stern; Vladimir Umansky; Israel Bar-Joseph (2014). Exciton Liquid in Coupled Quantum Wells.  Science. 343:(6166)55-57.  Abstract

2012

Hoshen, Eyal Cohen Hoshen; Garnett W. Bryant; Iddo Pinkas; Joseph Sperling; Israel Bar-Joseph (2012). Exciton-Plasmon Interactions in Quantum Dot-Gold Nanoparticle Structures.  Nano Letters. 12:(8)4260-4264.  Abstract
Michael Stern; B. A. Piot; Yuval Vardi; Vladimir Y. Umansky; P. Plochocka; D. K. Maude; Israel Bar-Joseph (2012). NMR Probing of the Spin Polarization of the v=5/2 Quantum Hall State.  Physical Review Letters. 108:(6)  Abstract

2011

Avraham Guttman; Diana Mahalu; Joseph Sperling; Hoshen, Eyal Cohen Hoshen; Israel Bar-Joseph (2011). Self-assembly of metallic double-dot single-electron device.  Applied Physics Letters. 99:(6)  Abstract

2010

Michael Stern; P. Plochocka; Vladimir Y. Umansky; D. K. Maude; M. Potemski; Israel Bar-Joseph (2010). Optical Probing of the Spin Polarization of the v=5/2 Quantum Hall State.  Physical Review Letters. 105:(9)  Abstract

2009

Tali Dadosh; Joseph Sperling; G. W. Bryant; R. Breslow; T. Shegai; Maria Dyshel; Gilad Haran; Israel Bar-Joseph (2009). Plasmonic Control of the Shape of the Raman Spectrum of a Single Molecule in a Silver Nanoparticle Dimer.  ACS Nano. 3:(7)1988-1994.  Abstract
P. Plochocka; J. M. Schneider; D. K. Maude et al. (2009). Optical Absorption to Probe the Quantum Hall Ferromagnet at Filling Factor nu=1.  Physical Review Letters. 102:(12)  Abstract [All authors]

2008

Michael Stern; Valery Garmider; Enrico Segre; Michael Rappaport; Vladimir Y. Umansky; Y. Levinson; Israel Bar-Joseph (2008). Photoluminescence Ring Formation in Coupled Quantum Wells: Excitonic Versus Ambipolar Diffusion.  Physical Review Letters. 101:(25)  Abstract
M. Trinker; S. Groth; S. Haslinger; S. Manz; T. Betz; S. Schneider; Israel Bar-Joseph; T. Schumm; J. Schmiedmayer (2008). Multilayer atom chips for versatile atom micromanipulation.  Applied Physics Letters. 92:(25)  Abstract
Michael Stern; Valery Garmider; Vladimir Y. Umansky; Israel Bar-Joseph (2008). Mott transition of excitons in coupled quantum wells.  Physical Review Letters. 100:(25)  Abstract

2007

P. Krueger; L. M. Andersson; S. Wildermuth; S. Hofferberth; E. Haller; S. Aigner; S. Groth; Israel Bar-Joseph; J. Schmiedmayer (2007). Potential roughness near lithographically fabricated atom chips.  Physical Review A. 76:(6)  Abstract
Pietra, Leonardo Della Pietra; Simon Aigner; Hagen, Christoph Vom Hagen; Soenke Groth; Israel Bar-Joseph; Henri J. Lezec; Jorg Schmiedmayer (2007). Designing potentials by sculpturing wires.  Physical Review A. 75:(6)  Abstract
P. Plochocka-Polack; J. G. Groshaus; Michael Rappaport; Vladimir Y. Umansky; Y. Gallais; A. Pinczuk; Israel Bar-Joseph (2007). Fermi-edge singularity of spin-polarized electrons.  Physical Review Letters. 98:(18)  Abstract
J. G. Groshaus; P. Plochocka-Polack; Michael Rappaport et al. (2007). Absorption in the fractional quantum Hall regime: Trion dichroism and spin polarization.  Physical Review Letters. 98:(15)  Abstract [All authors]

2006

T. Schumm; P. Krueger; S. Hofferberth; I. Lesanovsky; S. Wildermuth; S. Groth; Israel Bar-Joseph; L. M. Andersson; J. Schmiedmayer (2006). A double well interferometer on an atom chip.  Quantum Information Processing. 5:(6)537-558.  Abstract
S. Wildermuth; S. Hofferberth; I. Lesanovsky; S. Groth; P. Krueger; J. Schmiedmayer; Israel Bar-Joseph (2006). Sensing electric and magnetic fields with Bose-Einstein condensates.  Applied Physics Letters. 88:(26)  Abstract

2005

Israel Bar-Joseph (2005). Excitons in two-dimensional electron gas.  Chemical Physics. 318:(2-Jan)99-103.  Abstract
T Schumm; S Hofferberth; Lm Andersson; S Wildermuth; S Groth; Israel Bar-Joseph; J Schmiedmayer; P Kruger (2005). Matter-wave interferometry in a double well on an atom chip.  Nature Physics. 1:(1)57-62.  Abstract
K Brugger; P Kruger; X Luo et al. (2005). Two-wire guides and traps with vertical bias fields on atom chips.  Physical Review A. 72:(2)  Abstract [All authors]
Tali Dadosh; Y Gordin; R Krahne; Ilya Khivrich; Diana Mahalu; Veronica Frydman; Joseph Sperling; Amnon Yacoby; Israel Bar-Joseph (2005). Measurement of the conductance of single conjugated molecules.  Nature. 436:(7051)677-680.  Abstract
Israel Bar-Joseph (2005). Trions in GaAs quantum wells.  Semiconductor Science and Technology. 20:(6)R29-R39.  Abstract
S Wildermuth; S Hofferberth; I Lesanovsky; E Haller; Lm Andersson; S Groth; Israel Bar-Joseph; P Kruger; J Schmiedmayer (2005). Bose-Einstein condensates - Microscopic magnetic-field imaging.  Nature. 435:(7041)440-440.
Jg Groshaus; Vladimir Y. Umansky; Hadas Shtrikman; Y Levinson; Israel Bar-Joseph (2005). The absorption spectrum around v=1: evidence for a small size Skyrmion.  Physics Of Semiconductors, Pts A And B. 772:501-502.  Abstract

2004

S Groth; P Kruger; S Wildermuth; R Folman; T Fernholz; J Schmiedmayer; Diana Mahalu; Israel Bar-Joseph (2004). Atom chips: Fabrication and thermal properties.  Applied Physics Letters. 85:(14)2980-2982.  Abstract
X Luo; P Kruger; K Brugger et al. (2004). Atom fiber for omnidirectional guiding of cold neutral atoms.  Optics Letters. 29:(18)2145-2147.  Abstract [All authors]
Jg Groshaus; Vladimir Y. Umansky; Hadas Shtrikman; Y Levinson; Israel Bar-Joseph (2004). Absorption spectrum around nu=1: Evidence for a small-size Skyrmion.  Physical Review Letters. 93:(9)  Abstract
T Burghelea; Enrico Segre; Israel Bar-Joseph; A Groisman; Victor Steinberg (2004). Chaotic flow and efficient mixing in a microchannel with a polymer solution.  Physical Review E. 69:(6)  Abstract

2003

P Kruger; X Luo; Mw Klein et al. (2003). Trapping and manipulating neutral atoms with electrostatic fields.  Physical Review Letters. 91:(23)  Abstract [All authors]
Cf Hirjibehedin; I Dujovne; Israel Bar-Joseph; A Pinczuk; Bs Dennis; Ln Pfeiffer; Kw West (2003). Resonant enhancement of inelastic light scattering in the fractional quantum Hall regime at v=1/3.  Solid State Communications. 127:(12)799-803.  Abstract
Israel Bar-Joseph; G Yusa; Hadas Shtrikman (2003). Charged excitons at high magnetic fields: the effect of the surrounding electron gas.  Solid State Communications. 127:(12)765-770.  Abstract
A Kasper; S Schneider; Hagen, C Vom Hagen et al. (2003). A Bose-Einstein condensate in a microtrap.  Journal Of Optics B-Quantum And Semiclassical Optics. 5:(2)S143-S149.  Abstract [All authors]
R Krahne; Tali Dadosh; Y Gordin; Amnon Yacoby; Hadas Shtrikman; Diana Mahalu; Joseph Sperling; Israel Bar-Joseph (2003). Nanoparticles and nanogaps: controlled positioning and fabrication.  Physica E-Low-Dimensional Systems & Nanostructures. 17:(4-Jan)498-502.  Abstract
S Schneider; A Kasper; Hagen, C Vom Hagen et al. (2003). Bose-Einstein condensation in a simple microtrap.  Physical Review A. 67:(2)  Abstract [All authors]

2002

A Esser; Y Yayon; Israel Bar-Joseph (2002). Localization properties of trions.  Physica Status Solidi B-Basic Research. 234:(1)266-272.  Abstract
Y Yayon; A Esser; Michael Rappaport; Vladimir Y. Umansky; Hadas Shtrikman; Israel Bar-Joseph (2002). Long-range spatial correlations in the exciton energy distribution in GaAs/AlGaAs quantum wells.  Physical Review Letters. 89:(15)  Abstract
Y Yayon; Michael Rappaport; Vladimir Y. Umansky; Israel Bar-Joseph (2002). Anisotropy and periodicity in the density distribution of electrons in a quantum well.  Physical Review B. 66:(3)  Abstract
R Krahne; Amnon Yacoby; Hadas Shtrikman; Israel Bar-Joseph; Tali Dadosh; Joseph Sperling (2002). Fabrication of nanoscale gaps in integrated circuits.  Applied Physics Letters. 81:(4)730-732.  Abstract
Y Yayon; Michael Rappaport; Vladimir Y. Umansky; Israel Bar-Joseph (2002). The microscopic origin of the exciton-charged exciton spectrum.  Physica Status Solidi A-Applied Research. 190:(3)607-614.  Abstract
G Yusa; Hadas Shtrikman; Israel Bar-Joseph (2002). Photoluminescence in the fractional quantum Hall regime.  Physica E-Low-Dimensional Systems & Nanostructures. 12:(4-Jan)49-54.  Abstract

2001

G Yusa; Hadas Shtrikman; Israel Bar-Joseph (2001). Charged excitons in the fractional quantum Hall regime.  Physical Review Letters. 87:(21)  Abstract
Y Yayon; Michael Rappaport; Vladimir Y. Umansky; Israel Bar-Joseph (2001). Excitonic emission in the presence of a two-dimensional electron gas: A microscopic view.  Physical Review B. 64:(8)art. no.-81308.  Abstract
S Glasberg; Hadas Shtrikman; Israel Bar-Joseph (2001). Photoluminescence of a low-density two-dimensional hole gas in a GaAs quantum well: Observation of valence-band Landau levels.  Physical Review B. 63:(20)  Abstract
S Glasberg; Hadas Shtrikman; Israel Bar-Joseph (2001). Optical generation of spatially separated electron and hole gases in intrinsic GaAs/Al(x)G(1-x)As double quantum wells.  Physical Review B. 63:(11)  Abstract
Diana Mandelik; M Schniederman; Vladimir Y. Umansky; Israel Bar-Joseph (2001). Monolithic integration of a quantum-well infrared photodetector array with a read-out circuit.  Applied Physics Letters. 78:(4)472-474.  Abstract
G Yusa; Hadas Shtrikman; Israel Bar-Joseph (2001). From excitons to Fermi edge singularity.  Proceedings Of The 25Th International Conference On The Physics Of Semiconductors, Pts I And Ii. 87:501-502.  Abstract

2000

G Yusa; Hadas Shtrikman; Israel Bar-Joseph (2000). Onset of exciton absorption in modulation-doped GaAs quantum wells.  Physical Review B. 62:(23)15390-15393.  Abstract
G Eytan; Y Yayon; Israel Bar-Joseph; Ml Rappaport (2000). A storage Dewar near-field scanning optical microscope.  Ultramicroscopy. 83:(2-Jan)25-31.  Abstract
G Eytan; Y Yayon; Michael Rappaport; Hadas Shtrikman; Israel Bar-Joseph (2000). Near-field spectroscopy of a gated electron gas.  Optical Properties Of Semiconductor Nanostructures. 81:1-18.  Abstract

1999

S Glasberg; Hadas Shtrikman; Israel Bar-Joseph; Pc Klipstein (1999). Exciton exchange splitting in wide GaAs quantum wells.  Physical Review B. 60:(24)R16295-R16298.  Abstract
S Glasberg; G Finkelstein; Hadas Shtrikman; Israel Bar-Joseph (1999). Comparative study of the negatively and positively charged excitons in GaAs quantum wells.  Physical Review B. 59:(16)10425-10428.  Abstract

1998

V Ciulin; G Finkelstein; S Haacke; Jd Ganiere; Vladimir Y. Umansky; Israel Bar-Joseph; B Deveaud (1998). Dynamics of charged excitons in GaAs quantum wells under high magnetic field.  Physica B-Condensed Matter. 256:466-469.  Abstract
Nq Balaban; U Meirav; Israel Bar-Joseph (1998). Absence of scaling in the integer quantum hall effect.  Physical Review Letters. 81:(22)4967-4970.  Abstract
G Finkelstein; Vladimir Y. Umansky; Israel Bar-Joseph; V Ciulin; S Haacke; Jd Ganiere; B Deveaud (1998). Charged exciton dynamics in GaAs quantum wells.  Physical Review B. 58:(19)12637-12640.  Abstract
G Eytan; Y Yayon; Michael Rappaport; Hadas Shtrikman; Israel Bar-Joseph (1998). Near-field spectroscopy of a gated electron gas: A direct evidence for electron localization.  Physical Review Letters. 81:(8)1666-1669.  Abstract
G Finkelstein; Hadas Shtrikman; Israel Bar-Joseph (1998). Shake-up processes of a two-dimensional electron gas in GaAs/AlGaAs quantum wells at high magnetic fields.  Physica B. 251:575-579.  Abstract
S Haacke; Ra Taylor; Israel Bar-Joseph; Mjsp Brasil; M Hartig; B Deveaud (1998). Improving the signal-to-noise ratio of femtosecond luminescence upconversion by multichannel detection.  Journal Of The Optical Society Of America B-Optical Physics. 15:(4)1410-1417.  Abstract
G Finkelstein; Hadas Shtrikman; Israel Bar-Joseph (1998). Shakeup processes in a two-dimensional electron gas in GaAs/AlGaAs quantum wells at high magnetic fields.  Uspekhi Fizicheskikh Nauk. 168:(2)121-123.  Abstract