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III-V semiconductors
Vapor phase epitaxy; growth f...
Electron states and collectiv...
Quantum dots
Cathodoluminescence, ionolumi...
Nanoscale materials and struc...
Semiconductors
Methods of nanofabrication an...
Nanoelectronic devices
Coulomb blockade; single-elec...
Quantum wires
Infrared and Raman spectra
Quantum well devices
1.
Ganjipour Bahram; Nilsson Henrik A.; Mattias Borg B.; Wernersson Lars-Erik; Samuelson Lars; Xu H. Q.; Thelander Claes
GaSb nanowire single-hole transistor
2.
Hoffmann E. A.; Nilsson H. A.; Samuelson L.; Linke H.
Mesoscopic Thermovoltage Measurement Design
3.
Storm Kristian; Nylund Gustav; Borgström Magnus; Wallentin Jesper; Fasth Carina; Thelander Claes; Samuelson Lars
Dual‐gate induced InP nanowire diode
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4.
Wallentin Jesper; Wickert Peter; Ek Martin; Gustafsson Anders; Reine Wallenberg L.; Magnusson Martin H.; Samuelson Lars; Deppert Knut; Borgström Magnus T.
Degenerate p-doping of InP nanowires for large area tunnel diodes
5.
Hjort M.; Wallentin J.; Timm R.; Zakharov A. A.; Andersen J. N.; Samuelson L.; Borgström M. T.; Mikkelsen A.
Doping profile of InP nanowires directly imaged by photoemission electron microscopy
6.
Kawaguchi Kenichi; Heurlin Magnus; Lindgren David; Borgström Magnus T.; Ek Martin; Samuelson Lars
InAs quantum dots and quantum wells grown on stacking-fault controlled InP nanowires with wurtzite crystal structure
7.
Zhou Feng; Persson Ann; Samuelson Lars; Linke Heiner; Shi Li
Thermal resistance of a nanoscale point contact to an indium arsenide nanowire
8.
Zhou Feng; Moore Arden L.; Bolinsson Jessica; Persson Ann; Fröberg Linus; Pettes Michael T.; Kong Huijun; Rabenberg Lew; Caroff Philippe; Stewart Derek A.; Mingo Natalio; Dick Kimberly A.; Samuelson Lars; Linke Heiner; Shi Li
Thermal conductivity of indium arsenide nanowires with wurtzite and zinc blende phases
9.
Kristinsdóttir L. H.; Cremon J. C.; Nilsson H. A.; Xu H. Q.; Samuelson L.; Linke H.; Wacker A.; Reimann S. M.; Nanometer Structure Consortium, nmC@LU
Signatures of Wigner localization in epitaxially grown nanowires
10.
Conache G.; Gray S. M.; Ribayrol A.; Fröberg L. E.; Samuelson L.; Montelius L.; Pettersson H.
Comparative friction measurements of InAs nanowires on three substrates
11.
Gustafsson Anders; Bolinsson Jessica; Sköld Niklas; Samuelson Lars
Determination of diffusion lengths in nanowires using cathodoluminescence
12.
Conache G.; Ribayrol A.; Fröberg L. E.; Borgström M. T.; Samuelson L.; Montelius L.; Pettersson H.; Gray S. M.
Bias-controlled friction of InAs nanowires on a silicon nitride layer studied by atomic force microscopy
13.
Nilsson H. A.; Karlström O.; Larsson M.; Caroff P.; Pedersen J. N.; Samuelson L.; Wacker A.; Wernersson L.-E.; Xu H. Q.
Correlation-Induced Conductance Suppression at Level Degeneracy in a Quantum Dot
14.
Weber C.; Fuhrer A.; Fasth C.; Lindwall G.; Samuelson L.; Wacker A.
Probing Confined Phonon Modes by Transport through a Nanowire Double Quantum Dot
15.
Kallesøe Christian; Mølhave Kristian; Larsen Kasper F.; Engstrøm Daniel; Hansen Torben M.; Bøggild Peter; Mårtensson Thomas; Borgström Magnus; Samuelson Lars
Integration, gap formation, and sharpening of III-V heterostructure nanowires by selective etching
16.
Spirkoska D.; Arbiol J.; Gustafsson A.; Conesa-Boj S.; Glas F.; Zardo I.; Heigoldt M.; Gass M. H.; Bleloch A. L.; Estrade S.; Kaniber M.; Rossler J.; Peiro F.; Morante J. R.; Abstreiter G.; Samuelson L.; Fontcuberta i Morral A.
Structural and optical properties of high quality zinc-blende/wurtzite GaAs nanowire heterostructures
17.
Suyatin Dmitry B.; Hällström Waldemar; Samuelson Lars; Montelius Lars; Prinz Christelle N.; Kanje Martin
Gallium phosphide nanowire arrays and their possible application in cellular force investigations
18.
Sköld Niklas; Pistol Mats-Erik; Dick Kimberly A.; Pryor Craig; Wagner Jakob B.; Karlsson Lisa S.; Samuelson Lars
Microphotoluminescence studies of tunable wurtzite InAs0.85P0.15 quantum dots embedded in wurtzite InP nanowires
19.
Eymery J.; Favre-Nicolin V.; Fröberg L.; Samuelson L.
X-ray measurements of the strain and shape of dielectric/metallic wrap-gated InAs nanowires
20.
Liu R. S.; Canali C. M.; Samuelson L.; Pettersson H.
Magnetoresistance studies on Co/;AlOX/;Au and Co/;AlOX/;Ni/;Au tunnel structures
21.
Roddaro S.; Fuhrer A.; Brusheim P.; Fasth C.; Xu H. Q.; Samuelson L.; Xiang J.; Lieber C. M.
Spin States of Holes in Ge/Si Nanowire Quantum Dots
22.
Martin T. P.; Szorkovszky A.; Micolich A. P.; Hamilton A. R.; Marlow C. A.; Linke H.; Taylor R. P.; Samuelson L.
Enhanced Zeeman splitting in Ga0.25In0.75As quantum point contacts
23.
Roddaro Stefano; Nilsson Kristian; Astromskas Gvidas; Samuelson Lars; Wernersson Lars-Erik; Karlström Olov; Wacker Andreas
InAs nanowire metal-oxide-semiconductor capacitors
24.
Bleszynski-Jayich Ania C.; Fröberg Linus E.; Björk Mikael T.; Trodahl H. J.; Samuelson Lars; Westervelt R. M.
Imaging a one-electron InAs quantum dot in an InAs/InP nanowire
25.
Martin T. P.; Marlow C. A.; Samuelson L.; Hamilton A. R.; Linke H.; Taylor R. P.
Confinement properties of a Ga0.25In0.75As/;InP quantum point contact
26.
Chen Jianing; Yang Weisheng; Dick Kimberly; Deppert Knut; Xu H. Q.; Samuelson Lars; Xu Hongxing
Tip-enhanced Raman scattering of p-thiocresol molecules on individual gold nanoparticles
27.
Hoffmann E. A.; Nakpathomkun N.; Persson A. I.; Linke H.; Nilsson H. A.; Samuelson L.
Quantum-dot thermometry
28.
Fuhrer A.; Fasth C.; Samuelson L.
Single electron pumping in InAs nanowire double quantum dots
29.
Fasth C.; Fuhrer A.; Samuelson L.; Golovach Vitaly N.; Loss Daniel
Direct Measurement of the Spin-Orbit Interaction in a Two-Electron InAs Nanowire Quantum Dot
30.
Trägårdh J.; Persson A. I.; Wagner J. B.; Hessman D.; Samuelson L.
Measurements of the band gap of wurtzite InAs1-x;Px nanowires using photocurrent spectroscopy
31.
Wallin D.; Fuhrer A.; Fröberg L. E.; Samuelson L.; Xu H. Q.; Hofling S.; Forchel A.
Detection of charge states in nanowire quantum dots using a quantum point contact
32.
Mandl Bernhard; Stangl Julian; Mårtensson Thomas; Brehm Moritz; Fromherz Thomas; Bauer Günther; Samuelson Lars; Seifert Werner
Metal free growth and characterization of InAs1-x;Px nanowires
33.
Fasth C.; Fuhrer A.; Samuelson L.
Quantum dots defined in InAs quantum wires by local gate electrodes
34.
Liu R. S.; Pettersson H.; Michalak L.; Canali C. M.; Suyatin D.; Samuelson L.
Large magnetoresistance in Co/;Ni/;Co ferromagnetic single electron transistors
35.
Persson A. I.; Fröberg L. E.; Jeppesen S.; Björk M. T.; Samuelson L.
Surface diffusion effects on growth of nanowires by chemical beam epitaxy
36.
Nilsson Henrik A.; Thelander Claes; Fröberg Linus E.; Wagner Jakob B.; Samuelson Lars
Nanowire-based multiple quantum dot memory
37.
Ellström C.; Trägårdh J.; Samuelson L.; Seifert W.; Pistol M.-E.; Lemeshko S.; Pryor C.
Investigations of InAs surface dots on InP
38.
Marlow C. A.; Bollaert S.; Wallart X.; Bayot V.; Gustin C.; Faniel S.; Hackens B.; Brown C. V.; Fromhold T. M.; Samuelson L.; Shorubalko I.; Hall G. D. R.; Fairbanks M. S.; Linke H.; Scannell B. C.; Martin T. P.; Taylor R. P.; Cappy A.
Unified model of fractal conductance fluctuations for diffusive and ballistic semiconductor devices
39.
Björk M. T.; Fuhrer A.; Hansen A. E.; Larsson M. W.; Fröberg L. E.; Samuelson L.
Tunable effective g factor in InAs nanowire quantum dots
40.
Persson J.; Håkanson U.; Johansson M. K.-J.; Samuelson L.; Pistol M.-E.
Strain effects on individual quantum dots: Dependence of cap layer thickness
41.
Marlow C. A.; Löfgren A.; Shorubalko I.; Taylor R. P.; Omling P.; Samuelson L.; Linke H.
Preserved Symmetries in Nonlinear Electric Conduction
42.
Hansen A. E.; Björk M. T.; Fasth C.; Thelander C.; Samuelson L.
Spin relaxation in InAs nanowires studied by tunable weak antilocalization
43.
Song A. M.; Missous M.; Omling P.; Maximov I.; Seifert W.; Samuelson L.
Nanometer-scale two-terminal semiconductor memory operating at room temperature
44.
Pettersson H.; Landin L.; Liu R.; Seifert W.; Pistol M.-E.; Samuelson L.
Photoexcitation of excitons in self-assembled quantum dots
45.
Persson Jonas; Hessman Dan; Pistol Mats-Erik; Seifert Werner; Samuelson Lars
Charging control of InP/;GaInP quantum dots by heterostructure design
46.
Thelander C.; Björk M. T.; Mårtensson T.; Larsson M. W.; Hansen A. E.; Deppert K.; Sköld N.; Wallenberg L. R.; Seifert W.; Samuelson L.
Electrical Properties of InAs‐Based Nanowires
47.
Krishnamachari U.; Borgstrom M.; Ohlsson B. J.; Panev N.; Samuelson L.; Seifert W.; Larsson M. W.; Wallenberg L. R.
Defect-free InP nanowires grown in [001] direction on ;InP (001)
48.
Panev Nikolay; Pistol Mats-Erik; Persson Jonas; Seifert Werner; Samuelson Lars
Spectroscopic studies of random telegraph noise in small InP quantum dots in GaxIn1-x;P
49.
Persson J.; Aichele T.; Zwiller V.; Samuelson L.; Benson O.
Three-photon cascade from single self-assembled InP quantum dots
50.
Landin L.; Pettersson H.; Kleverman M.; Borgström M.; Zhang X.; Seifert W.; Samuelson L.
Interband transitions in InAs quantum dots in InP studied by photoconductivity and photoluminescence techniques
51.
Pettersson H.; Landin L.; Kleverman M.; Seifert W.; Samuelson L.; Fu Y.; Willander M.
Intersubband photoconductivity of self-assembled InAs quantum dots embedded in InP
52.
Löfgren A.; Samuelson L.; Omling P.; Taylor R. P.; Shorubalko I.; Marlow C. A.; Linke H.
Symmetry of Two-Terminal Nonlinear Electric Conduction
53.
Borgstrom M.; Samuelson L.; Seifert W.; Mikkelsen A.; Ouattara L.; Lundgren E.
Spontaneous InAs quantum dot nucleation at strained InP/GaInAs interfaces
54.
Håkanson U.; Håkanson H.; Johansson M. K.-J.; Samuelson L.; Pistol M.-E.
Electric field effects in single semiconductor quantum dots observed by scanning tunneling luminescence
55.
Shorubalko I.; Xu H. Q.; Omling P.; Samuelson L.
Tunable nonlinear current–voltage characteristics of three-terminal ballistic nanojunctions
56.
Johansson M. K.-J.; Håkanson U.; Holm M.; Persson J.; Sass T.; Johansson J.; Pryor C.; Samuelson L.; Seifert W.; Montelius L.; Pistol M.-E.
Correlation between overgrowth morphology and optical properties of single self-assembled InP quantum dots
57.
Panev Nikolay; Persson Ann I.; Sköld Niklas; Samuelson Lars
Sharp exciton emission from single InAs quantum dots in GaAs nanowires
58.
Thelander C.; Mårtensson T.; Björk M. T.; Ohlsson B. J.; Larsson M. W.; Wallenberg L. R.; Samuelson L.
Single-electron transistors in heterostructure nanowires
59.
Song A. M.; Missous M.; Omling P.; Peaker A. R.; Samuelson L.; Seifert W.
Unidirectional electron flow in a nanometer-scale semiconductor channel: A self-switching device
60.
Bryllert T.; Borgstrom M.; Wernersson L-E.; Seifert W.; Samuelson L.
Transport through an isolated artificial molecule formed from stacked self-assembled quantum dots
61.
Zwiller V.; Fälth S.; Persson J.; Seifert W.; Samuelson L.; Björk G.
Fabrication and time-resolved studies of visible microdisk lasers
62.
Håkanson U.; Zwiller V.; Johansson M. K.-J.; Sass T.; Samuelson L.
Luminescence polarization of ordered GaInP/InP islands
63.
Persson J.; Holm M.; Pryor C.; Hessman D.; Seifert W.; Samuelson L.; Pistol M.-E.
Optical and theoretical investigations of small InP quantum dots in GaxIn1-x;P
64.
Håkanson U.; Sass T.; Johansson M. K.-J.; Pistol M.-E.; Samuelson L.
Quantum-dot-induced ordering in GaxIn1-x;P/InP islands
65.
Björk M. T.; Ohlsson B. J.; Thelander C.; Persson A. I.; Deppert K.; Wallenberg L. R.; Samuelson L.
Nanowire resonant tunneling diodes
66.
Håkanson U.; Johansson M. K.-J.; Holm M.; Pryor C.; Samuelson L.; Seifert W.; Pistol M.-E.
Photon mapping of quantum dots using a scanning tunneling microscope
67.
Zwiller Valéry; Jonsson Per; Blom Hans; Jeppesen Sören; Pistol Mats-Erik; Samuelson Lars; Katznelson A. A.; Kotelnikov E. Yu.; Evtikhiev Vadim; Björk Gunnar
Correlation spectroscopy of excitons and biexcitons on a single quantum dot
68.
Ohlsson B. J.; Malm J.-O.; Gustafsson A.; Samuelson L.
Anti-domain-free GaP, grown in atomically flat (001) Si sub-μm-sized openings
69.
Åberg Ingvar; Deppert Knut; Magnusson Martin H.; Pietzonka Ines; Seifert Werner; Wernersson Lars-Erik; Samuelson Lars
Nanoscale tungsten aerosol particles embedded in GaAs
70.
Bryllert T.; Borgstrom M.; Sass T.; Gustafson B.; Landin L.; Wernersson L.-E.; Seifert W.; Samuelson L.
Designed emitter states in resonant tunneling through quantum dots
71.
Wernersson L.-E.; Borgström M.; Gustafson B.; Gustafsson A.; Pietzonka I.; Pistol M.-E.; Sass T.; Seifert W.; Samuelson L.
Metalorganic vapor phase epitaxy-grown GaP/GaAs/GaP and GaAsP/GaAs/GaAsP n-type resonant tunnelling diodes
72.
Wernersson L.-E.; Samuelson L.; Seifert W.; Pettersson H.; Nilsson N.; Montelius L.; Löfgren A.; Gustafsson A.; Georgsson K.; Malm J.-O.
Epitaxially overgrown, stable W–GaAs Schottky contacts with sizes down to 50 nm
73.
Pettersson H.; Bååth L.; Carlsson N.; Seifert W.; Samuelson L.
Optically induced charge storage and current generation in InAs quantum dots
74.
Lewén R.; Maximov I.; Shorubalko I.; Samuelson L.; Thylén L.; Xu H. Q.
High frequency characterization of a GaInAs/InP electronic waveguide T-branch switch
75.
Björk M. T.; Ohlsson B. J.; Sass T.; Persson A. I.; Thelander C.; Magnusson M. H.; Deppert K.; Wallenberg L. R.; Samuelson L.
One-dimensional heterostructures in semiconductor nanowhiskers
76.
Junno T.; Carlsson S. -B.; Xu H. Q.; Samuelson L.; Orlov A. O.; Snider G. L.
Single-electron tunneling effects in a metallic double dot device
77.
Håkanson U.; Johansson M. K.-J.; Persson J.; Johansson J.; Pistol M.-E.; Montelius L.; Samuelson L.
Single InP/GaInP quantum dots studied by scanning tunneling microscopy and scanning tunneling microscopy induced luminescence
78.
Håkanson U.; Ohlsson B. J.; Montelius L.; Samuelson L.
Ultrahigh vacuum scanning probe investigations of metal induced void formation in SiO2/Si(111)
79.
Hessman Dan; Persson Jonas; Pistol Mats-Erik; Pryor Craig; Samuelson Lars
Electron accumulation in single InP quantum dots observed by photoluminescence
80.
Ohlsson B. J.; Björk M. T.; Magnusson M. H.; Deppert K.; Samuelson L.; Wallenberg L. R.
Size-, shape-, and position-controlled GaAs nano-whiskers
81.
Worschech L.; Xu H. Q.; Forchel A.; Samuelson L.
Bias-voltage-induced asymmetry in nanoelectronic Y-branches
82.
Thelander Claes; Magnusson Martin H.; Deppert Knut; Samuelson Lars; Poulsen Per Rugaard; Nygård Jesper; Borggreen Jørn
Gold nanoparticle single-electron transistor with carbon nanotube leads
83.
Song Aimin M.; Omling Pär; Samuelson Lars; Seifert Werner; Shorubalko Ivan; Zirath Herbert
Operation of InGaAs/InP-Based Ballistic Rectifiers at Room Temperature and Frequencies up to 50 GHz
84.
Shorubalko I.; Xu H. Q.; Maximov I.; Omling P.; Samuelson L.; Seifert W.
Nonlinear operation of GaInAs/InP-based three-terminal ballistic junctions
85.
Song A. M.; Omling P.; Samuelson L.; Seifert W.; Shorubalko I.; Zirath H.
Room-temperature and 50 GHz operation of a functional nanomaterial
86.
Panev N.; Pistol M.-E.; Zwiller V.; Samuelson L.; Jiang W.; Xu B.; Wang Z.
Random telegraph noise in the photoluminescence of individual GaxIn1-x;As quantum dots in GaAs
87.
Pettersson H.; Bȧȧth L.; Carlsson N.; Seifert W.; Samuelson L.
Case study of an InAs quantum dot memory: Optical storing and deletion of charge
88.
Zwiller Valéry; Seifert Werner; Castrillo Pedro; Pryor Craig; Pistol Mats-Erik; Jarlskog Linda; Samuelson Lars
Photoluminescence polarization of single InP quantum dots
89.
Krinke Thomas J.; Fissan Heinz; Deppert Knut; Magnusson Martin H.; Samuelson Lars
Positioning of nanometer-sized particles on flat surfaces by direct deposition from the gas phase
90.
Borgstrom M.; Bryllert T.; Sass T.; Gustafson B.; Wernersson L.-E.; Seifert W.; Samuelson L.
High peak-to-valley ratios observed in InAs/InP resonant tunneling quantum dot stacks
91.
Zwiller Valéry; Blom Hans; Jonsson Per; Panev Nikolay; Jeppesen Sören; Tsegaye Tedros; Goobar Edgard; Pistol Mats-Erik; Samuelson Lars; Björk Gunnar
Single quantum dots emit single photons at a time: Antibunching experiments
92.
Borgstrom M.; Johansson J.; Samuelson L.; Seifert W.
Electron beam prepatterning for site control of self-assembled quantum dots
93.
Johansson Jonas; Malm Jan-Olle; Svensson Chatrin; Samuelson Lars; Seifert Werner; Gustafsson Anders; Thelander Claes; Zwiller Valery; Falk Lena
Indium enrichment in Ga1-x;InxP self-assembled quantum dots
94.
Wang Qin; Carlsson N.; Maximov I.; Omling P.; Samuelson L.; Seifert W.; Sheng Weidong; Shorubalko I.; Xu H. Q.
Conductance oscillations induced by longitudinal resonant states in heteroepitaxially defined Ga0.25In0.75As/InP electron waveguides
95.
Chen Wei; Malm Jan-Olle; Zwiller Valery; Huang Yining; Liu Shuman; Wallenberg Reine; Bovin Jan-Olov; Samuelson Lars
Energy structure and fluorescence of Eu2+ in ZnS:Eu nanoparticles
96.
Wang Qin; Carlsson N.; Omling P.; Samuelson L.; Seifert W.; Xu H. Q.
Effects of charged self-assembled quantum dots on two-dimensional quantum transport
97.
Pettersson H.; Pryor C.; Landin L.; Pistol M.-E.; Carlsson N.; Seifert W.; Samuelson L.
Electrical and optical properties of self-assembled InAs quantum dots in InP studied by space-charge spectroscopy and photoluminescence
98.
Landin L.; Pistol M.-E.; Pryor C.; Persson M.; Samuelson L.; Miller M.
Optical investigations of individual InAs quantum dots: Level splittings of exciton complexes
99.
Pettersson H.; Warburton R. J.; Kotthaus J. P.; Carlsson N.; Seifert W.; Pistol M.-E.; Samuelson L.
Electronic structure of self-assembled InAs quantum dots in InP: An anisotropic quantum-dot system
100.
Zorn M.; Zettler J.-T.; Samuelson L.; Bose S.; Trepk T.; Junno B.; Richter W.
Optical response of reconstructed GaP(001) surfaces
101.
Zorn M.; Kurpas P.; Shkrebtii A. I.; Junno B.; Bhattacharya A.; Knorr K.; Weyers M.; Samuelson L.; Zettler J. T.; Richter W.
Correlation of InGaP(001) surface structure during growth and bulk ordering
102.
Carlsson Sven-Bertil; Junno Tobias; Montelius Lars; Samuelson Lars
Mechanical tuning of tunnel gaps for the assembly of single-electron transistors
103.
Petersson Anders; Gustafsson Anders; Samuelson Lars; Tanaka Satoru; Aoyagi Yoshinobu
Cathodoluminescence spectroscopy and imaging of individual GaN dots
104.
Suhara Michihiko; Wernersson Lars-Erik; Gustafson Boel; Carlsson Niclas; Seifert Werner; Gustafsson Anders; Malm Jan-Olle; Litwin Andrej; Samuelson Lars; Furuya Kazuhito
Gated tunneling structures with buried tungsten grating adjacent to semiconductor heterostructures
105.
Pistol M-E.; Prieto J. A.; Hessman D.; Castrillo P.; Samuelson L.
Random telegraph noise in photoluminescence from individual self-assembled quantum dots
106.
Zwiller Valéry; Pistol Mats-Erik; Hessman Dan; Cederström Rolf; Seifert Werner; Samuelson Lars
Time-resolved studies of single semiconductor quantum dots
107.
Deppert Knut; Bovin Jan-Olov; Magnusson Martin H.; Malm Jan-Olle; Svensson Chatrin; Samuelson Lars
Aerosol fabrication of nanocrystals of InP
108.
Wernersson Lars-Erik; Suhara Michihiko; Carlsson Niclas; Furuya Kazuhito; Gustafson Boel; Litwin Andrej; Samuelson Lars; Seifert Werner
Lateral confinement in a resonant tunneling transistor with a buried metallic gate
109.
Gustafson Boel; Carlsson Niclas; Fukui Takashi; Litwin Andrei; Maximov Ivan; Sarwe Eva-Lena; Seifert Werner; Wernersson Lars-Erik; Samuelson Lars
Novel approach for lateral current confinement in vertical resonant tunneling devices
110.
Anand S.; Carlsson N.; Pistol M.-E.; Samuelson L.; Seifert W.
Electrical characterization of InP/GaInP quantum dots by space charge spectroscopy
111.
Nomura S.; Samuelson L.; Pryor C.; Pistol M.-E.; Stopa M.; Uchida K.; Miura N.; Sugano T.; Aoyagi Y.
Calculation of Landau levels in semiconductor quantum dots in a high magnetic field and at a high optical excitation
112.
Wernersson L.-E.; Litwin A.; Montelius L.; Pettersson H.; Samuelson L.; Seifert W.
Kinetics of electron charging and discharging on embedded W disks in GaAs
113.
Ramvall P.; Carlsson N.; Omling P.; Samuelson L.; Seifert W.; Wang Q.; Ishibashi K.; Aoyagi Y.
Quantum transport in high mobility modulation doped Ga0.25In0.75As/InP quantum wells
114.
Gustafsson Anders; Pistol Mats-Erik; Montelius Lars; Samuelson Lars
Local probe techniques for luminescence studies of low-dimensional semiconductor structures
115.
Machida Nobuya; Hansson Björn; Furuya Kazuhito; Wernersson Lars-Erik; Samuelson Lars
Proposal for a solid state biprism device
116.
Kowalski B.; Omling P.; Pistol M. E.; Miller M. S.; Varekamp P. R.; Wiggren C.; Zwiller V.; Samuelson L.
Conduction band spin splitting in InxGa1-x;As/GaAs quantum wells
117.
Kowalski B.; Nomura S.; Pryor C.; Aoyagi Y.; Carlsson N.; Pistol M.-E.; Omling P.; Samuelson L.; Seifert W.
Magnetoluminescence of self-assembled InP dots of various sizes
118.
Wernersson L.-E.; Litwin A.; Montelius L.; Pettersson H.; Samuelson L.
Coulomb effects on charged, buried metal disks at room temperature
119.
Junno B.; Miller M. S.; Jeppesen S.; Samuelson L.
Effects of Ga and As desorption on the chemical beam epitaxy growth of (001) GaAs as measured by reflection high energy electron diffraction
120.
Junno B.; Junno T.; Miller M. S.; Samuelson L.
A reflection high-energy electron diffraction and atomic force microscopy study of the chemical beam epitaxial growth of InAs and InP islands on (001) GaP
121.
Junno T.; Carlsson S.-B.; Xu Hongqi; Montelius L.; Samuelson L.
Fabrication of quantum devices by Ångström-level manipulation of nanoparticles with an atomic force microscope
122.
Wernersson Lars-Eric; Litwin Andrej; Samuelson Lars; Seifert Wermer
Controlled Carrier Depletion around Nano-Scale Metal Discs Embedded in GaAs
123.
Wernersson L.-E.; Carlsson N.; Gustafson B.; Litwin A.; Samuelson L.
Lateral current-constriction in vertical devices using openings in buried lattices of metallic discs
124.
Nomura S.; Samuelson L.; Pistol M.-E.; Uchida K.; Miura N.; Sugano T.; Aoyagi Y.
Landau level formation in semiconductor quantum dots in a high magnetic field
125.
Pryor Craig; Pistol M-E.; Samuelson L.
Electronic structure of strained InP/Ga0.51In0.49P quantum dots
126.
Ramvall P.; Carlsson N.; Maximov I.; Omling P.; Samuelson L.; Seifert W.; Wang Q.; Lourdudoss S.
Quantized conductance in a heterostructurally defined Ga0.25In0.75As/InP quantum wire
127.
Ozasa Kazunari; Aoyagi Yoshinobu; Park Young Ju; Samuelson Lars
Reversible transition between InGaAs dot structure and InGaAsP flat surface
128.
Castrillo Pedro; Hessman Dan; Pistol Mats-Erik; Prieto Jose Antonio; Pryor Craig; Samuelson Lars
Spectroscopy, Imaging and Switching Behaviour of Individual InP/GaInP Quantum Dots
129.
Ahopelto J.; Sopanen M.; Lipsanen H.; Lourdudoss S.; Rodriguez Messmer E.; Höfling E.; Reithmaier J. P.; Forchel A.; Petersson A.; Samuelson L.
Maskless selective growth of InGaAs/InP quantum wires on (100) GaAs
130.
Ramvall P.; Carlsson N.; Omling P.; Samuelson L.; Seifert W.; Wang Q.
Tuning of the single-particle relaxation time of a high mobility electron gas in a Ga0.25In0.75As/InP quantum well
131.
Miller Mark S.; Malm Jan-Olle; Pistol Mats-Erik; Georgsson Kristina; Kowalski Bernhard; Jeppesen Søren; Samuelson Lars
Stacking InAs islands and GaAs layers: Strongly modulated one‐dimensional electronic systems
132.
Hessman D.; Castrillo P.; Pistol M.-E.; Pryor C.; Samuelson L.
Excited states of individual quantum dots studied by photoluminescence spectroscopy
133.
Anand S.; Lindahl J.; Pistol M-E.; Samuelson L.
Sharp line injection luminescence from InP quantum dots buried in GaInP
134.
Anand S.; Carlsson S-B.; Deppert K.; Montelius L.; Samuelson L.
Electron transport at Au/InP interface with nanoscopic exclusions
135.
Pettersson H.; Anand S.; Grimmeiss H. G.; Samuelson L.
Optical properties of strained InP quantum dots in Ga0.5In0.5P studied by space‐charge techniques
136.
Jeppesen Søren; Miller Mark S.; Hessman Dan; Kowalski Bernhard; Maximov Ivan; Samuelson Lars
Assembling strained InAs islands on patterned GaAs substrates with chemical beam epitaxy
137.
Seifert W.; Carlsson N.; Petersson A.; Wernersson L.-E.; Samuelson L.
Alignment of InP Stranski–Krastanow dots by growth on patterned GaAs/GaInP surfaces
138.
Deppert Knut; Samuelson Lars
Self‐limiting transformation of monodisperse Ga droplets into GaAs nanocrystals
139.
Ramvall P.; Carlsson N.; Omling P.; Samuelson L.; Seifert W.; Stolze M.; Wang Q.
Ga0.25In0.75As/InP quantum wells with extremely high and anisotropic two‐dimensional electron gas mobilities
140.
Ramvall P.; Samuelson L.; Xu Hongqi; Du Qinghong; Omling P.
Effects of interchannel coupling in a two‐dimensional electron gas at high magnetic fields
141.
Wernersson Lars-Erik; Samuelson Lars; Litwin Andrej; Georgsson Kristina; Seifert Werner
Planarization of epitaxial GaAs overgrowth over tungsten wires
142.
Lindahl J.; Pistol M.-E.; Montelius L.; Samuelson L.
Stark effect in individual luminescent centers observed by tunneling luminescence
143.
Anand S.; Carlsson N.; Pistol M-E; Samuelson L.; Seifert W.
Deep level transient spectroscopy of InP quantum dots
144.
Georgsson K.; Carlsson N.; Samuelson L.; Seifert W.; Wallenberg L. R.
Transmission electron microscopy investigation of the morphology of InP Stranski–Krastanow islands grown by metalorganic chemical vapor deposition
145.
Castrillo P.; Hessman D.; Pistol M.-E.; Anand S.; Carlsson N.; Seifert W.; Samuelson L.
Band filling at low optical power density in semiconductor dots
146.
Pistol M.-E.; Carlsson N.; Persson C.; Seifert W.; Samuelson L.
Observation of strain effects in semiconductor dots depending on cap layer thickness
147.
Seifert W.; Carlsson N.; Pistol M.-E.; Samuelson L.
Comment on ‘‘Nanoscale InP islands embedded in InGaP’’ [Appl. Phys. Lett. ;66, 361 (1995)]
148.
Junno T.; Deppert K.; Montelius L.; Samuelson L.
Controlled manipulation of nanoparticles with an atomic force microscope
149.
Junno T.; Anand S.; Deppert K.; Montelius L.; Samuelson L.
Contact mode atomic force microscopy imaging of nanometer‐sized particles
150.
Samuelson Lars; Gustafsson Anders
Imaging and spectroscopic studies of individual impurities in quantum structures
151.
Linke H.; Maximov I.; Hessman D.; Emanuelsson P.; Qin Wang; Samuelson L.; Omling P.; Meyer B. K.
Damage induced by plasma etching: On the correlation of results from photoluminescence and transport characterization techniques
152.
Gustafsson A.; Samuelson L.; Hessman D.; Malm J.-O.; Vermeire G.; Demeester P.
Characterization of a single‐layer quantum wire structure grown directly on a submicron grating
153.
Carlsson N.; Seifert W.; Petersson A.; Castrillo P.; Pistol M. E.; Samuelson L.
Study of the two‐dimensional–three‐dimensional growth mode transition in metalorganic vapor phase epitaxy of GaInP/InP quantum‐sized structures
154.
Gustafsson A.; Samuelson L.
Cathodoluminescence imaging of quantum wells: The influence of exciton transfer on the apparent island size
155.
Samuelson L.; Vermeire G.; Malm J.-O.; Pistol M.-E.; Montelius L.; Lindahl J.; Gustafsson A.; Demeester P.
Scanning tunneling microscope and electron beam induced luminescence in quantum wires
156.
Hessman D.; Pistol M.-E.; Olajos J.; Samuelson L.
Absorption in InP/GaAs/InP type‐II quantum wells
157.
Deppert Knut; Maximov Ivan; Samuelson Lars; Hansson Hans-Christen; Weidensohler Alfred
Sintered aerosol masks for dry‐etched quantum dots
158.
Gustafsson A.; Samuelson L.; Malm J.-O.; Vermeire G.; Demeester P.
Cathodoluminescence of single quantum wires and vertical quantum wells grown on a submicron grating
159.
Seifert W.; Hessman D.; Liu X.; Samuelson L.
Formation of interface layers in GaxIn1-;xAs/InP heterostructures; A re‐evaluation using ultrathin quantum wells as a probe
160.
Jönsson Jan; Deppert Knut; Samuelson Lars
Real‐time monitoring of the reaction of H;2S on GaAs
161.
Maximov I.; Gustafsson A.; Hansson H.-C.; Samuelson L.; Seifert W.; Wiedensohler A.
Fabrication of quantum dot structures using aerosol deposition and plasma etching techniques
162.
Gustafsson A.; Liu X.; Maximov I.; Samuelson L.; Seifert W.
Reevaluation of blueshifts introduced by lateral confinement in quantum‐well wire structures
163.
Gerling M.; Paulsson G.; Pistol M.-E.; Samuelson L.
Optical properties of thin, strained layers of GaAsxP1-;x grown on (111)‐oriented GaP
164.
Seifert W.; Liu X.; Samuelson L.
Influence of arsenic adsorption layers on heterointerfaces in GaInAs/InP quantum well structures
165.
Liu X.; Nilsson S.; Samuelson L.; Seifert W.; Souza P. L.
Extended, monolayer flat islands and exciton dynamics in Ga0.47In0.53As/InP quantum‐well structures
166.
Deppert K.; Jönsson J.; Samuelson L.
Optical detection of growth oscillations from high vacuum up to low‐pressure metalorganic vapor phase epitaxy like conditions
167.
Pistol Mats-Erik; Gerling Maria; Gustafsson Anders; Hessman Dan; Samuelson Lars; Fornell J. O.; Ledebo L.-A.; Seifert Werner
Optical properties of InP/GaAs/InP strained layers
168.
Samuelson Lars; Georgsson Kristina; Gustafsson Anders; Maximov Ivan; Montelius Lars; Nilsson Stefan; Seifert Werner; Semu Allen
Fabrication and imaging of quantum-well wire structures
169.
Wiedensohler Alfred; Hansson Hans-Christen; Maximov Ivan; Samuelson Lars
Nanometer patterning of InP using aerosol and plasma etching techniques
170.
Samuelson Lars; Deppert Knut; Junno Bert; Joensson Jan; Paulsson Gert
Reflectance difference for in-situ characterization of surfaces and epitaxial growth of GaAs on (001) GaAs
171.
Pistol Mats-Erik; Montelius Lars; Lindahl Joakim; Samuelson Lars
Spectrally resolved luminescence of InP at low temperatures using minority carrier injection from a scanning tunneling microscope tip
172.
Pistol M.-E.; Gerling M.; Hessman D.; Samuelson L.
Properties of thin strained layers of GaAs grown on InP
173.
Omling P.; Yang B. H.; Samuelson L.; Yakimova R.; Fornell J.-O.; Ledebo L.
Electronic properties of the SbGa heteroantisite defect in GaAs:Sb
174.
Yakimova R.; Omling P.; Yang B. H.; Samuelson L.; Fornell J.-O.; Ledebo L.
On the formation of the SbGa heteroantisite in metalorganic vapor‐phase epitaxial GaAs;Sb
175.
Gerling M.; Pistol M.-E.; Samuelson L.; Seifert W.; Fornell J.-O.; Ledebo L.
Direct type II–indirect type I conversion of InP/GaAs/InP strained quantum wells induced by hydrostatic pressure
176.
Jönsson J.; Paulsson G.; Samuelson L.
Reflectance difference for insitu control of surface V/III ratio during epitaxial growth of GaAs
177.
Gustafsson A.; Pistol M.-E.; Gerling M.; Samuelson L.; Titze H.
Dislocations in mismatched layers of GaAsxP1-;x in between GaP as observed by low‐temperature cathodoluminescence; Part II. Grown on (111) oriented substrates
178.
Gustafsson A.; Pistol M.-E.; Gerling M.; Samuelson L.; Leys M. R.; Titze H.
Dislocations in mismatched layers of GaAsxP1-;x in between GaP as observed by low‐temperature cathodoluminescence; Part I. Grown on (001) oriented substrates.
179.
Liu X.; Samuelson L.; Pistol M.-E.; Gerling M.; Nilsson S.
Donor states in GaAs under hydrostatic pressure
180.
Liu X.; Pistol M.-E.; Samuelson L.
Excitons bound to nitrogen pairs in GaAs
181.
Nilsson S.; Gustafsson A.; Samuelson L.
Cathodoluminescence observation of extended monolayer‐flat terraces at the heterointerface of GaInAs/InP single quantum wells grown by metalorganic vapor phase epitaxy
182.
Jönsson J.; Deppert K.; Jeppesen S.; Paulsson G.; Samuelson L.; Schmidt P.
Optical detection of growth oscillations in high vacuum metalorganic vapor phase epitaxy
183.
Liu Xiao; Pistol M.-E.; Samuelson L.; Schwetlick S.; Seifert W.
Nitrogen pair luminescence in GaAs
184.
Seifert W.; Fornell J.-O.; Ledebo L.; Pistol M.-E.; Samuelson L.
Single‐monolayer quantum wells of GaInAs in InP grown by metalorganic vapor phase epitaxy
185.
Montelius L.; Nilsson S.; Samuelson L.
Hole ionization of Mn‐doped GaAs; Photoluminescence versus space‐charge techniques
186.
Carlsson Per; Holmström Bertil; Samuelson Lars
Photocorrosion and Film Formation of Ga(;As,P); Electrodes
187.
Pistol M.-E.; Leys M. R.; Samuelson L.; Gerling M.; Gustafsson A.
Use of luminescence for the evaluation of stoichiometry in epitaxial growth
188.
Silverberg P.; Omling P.; Samuelson L.
The hole photoionization cross section of EL2 in GaAs1-;xPx
189.
Pistol M.-E.; Paulsson G.; Samuelson L.; Rask M.; Landgren G.
Optical investigations on indirect‐band‐gap Al;xGa1-;xAs/AlyGa1-;yAs superlattices
190.
Pistol M.-E.; Nilsson S.; Samuelson L.
Effects of hydrostatic pressure and phosphorus alloying on the Ag acceptor level in GaAs
191.
Omling P.; Silverberg P.; Samuelson L.
Identification of a second energy level of EL2 in n‐type GaAs
192.
Montelius L.; Nilsson S.; Samuelson L.; Janzén E.; Ahlström M.
Characterization of the Mn acceptor level in GaAs
193.
Hole photoionization cross sections of EL2 in GaAs
194.
Pistol M.-E.; Leys M. R.; Samuelson L.
Properties of thin strained Ga(As,P) layers
195.
Stability towards photoelectrochemical etching in Ga(As, P) alloys
196.
Samuelson L.; Omling P.
Properties of the EL2 level in GaAs1-;xPx
197.
Samuelson L.; Pistol M. -E.; Nilsson S.
Mechanism for spatial separation of charge carriers in inhomogeneous semiconductor alloys
198.
Omling P.; Weber E. R.; Samuelson L.
Antisite‐related defects in plastically deformed GaAs
199.
Oueslati M.; Zouaghi M.; Pistol M. E.; Samuelson L.; Grimmeiss H. G.; Balkanski M.
Photoluminescence study of localization effects induced by the fluctuating random alloy potential in indirect band‐gap GaAs;1-;xPx
200.
Huang Qisheng; Grimmeiss H. G.; Samuelson L.
Configuration coordinate diagram for the E4 defect in electron‐irradiated GaP
201.
Samuelson L.; Nilsson S.; Wang Z.-G.; Grimmeiss H. G.
Samuelson et al. respond
202.
Direct evidence for random‐alloy splitting of Cu levels in GaAs;1-;xPx
203.
Samuelson L.; Omling P.; Grimmeiss H. G.
Evidence that the 0.635‐eV luminescence band in semi‐insulating GaAs is not EL2 related
204.
Omling P.; Samuelson L.; Grimmeiss H. G.
Metastable state of EL2 in the GaAs1-;xPx alloy system
205.
Deep level transient spectroscopy evaluation of nonexponential transients in semiconductor alloys
64
Seifert, Werner
58
Pistol, M.-E.
27
Omling, P
23
Carlsson, Niclas
22
Gustafsson, Anders
19
Deppert, Knut
Montelius, Lars
Wernersson, L.-E.
16
Hessman, Dan
15
Pettersson, Håkan
14
Pryor, Craig E.
13
Maximov, Ivan
Xu, HQ
11
Zwiller, Valéry
10
Thelander, Claes