F > quantum Quantum

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1Enhanced mobility and controlled transparency in multilayered reduced graphene oxide quantum dots: a charge transport study
M. Jimenez, R. de Oliveira, C. Bufon, M. da Silva, V. Rodrigues, A. Gobbi, M. Piazzetta, F. Alvarez, C. Cesar, и A. Jr. NANOTECHNOLOGY, (2019)
2 лет назад , @ppgfis_ufc_br
2D
dots;
{graphene
electronics;
reduced
quantum
graphene
transparent
materials}
oxide;
high-mobility;
2Ddots;{grapheneelectronics;reducedquantumgraphenetransparentmaterials}oxide;high-mobility;
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1All-optical switching device for infrared based on PbTe quantum dots
E. Rodriguez, G. Kellermann, A. Craievich, E. Jimenez, C. Cesar, и L. Barbosa. SUPERLATTICES AND MICROSTRUCTURES, 43 (5-6): 626-634 (2008)7th International Conference on Physics of Light-Matter Coupling in Nanostructures (PLMCN7), Havana, CUBA, APR 12-17, 2007.
2 лет назад , @ppgfis_ufc_br
reflectometry}
devices;
switching
semiconductor
dots;
Deposition;
quantum
Pulsed
PECVD;
optical
GISAXS;
Laser
X-ray
{all
reflectometry}devices;switchingsemiconductordots;Deposition;quantumPulsedPECVD;opticalGISAXS;LaserX-ray{all
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1Low-Dimensional Confining Structures on the Surface of Helium Films Suspended on Designed Cavities
D. Dantas, A. Chaves, G. Farias, A. Ramos, и F. Peeters. JOURNAL OF LOW TEMPERATURE PHYSICS, 173 (3-4): 207-226 (2013)
2 лет назад , @ppgfis_ufc_br
Quantum
{Surface
dots}
film;
helium
Suspended
electrons;
Quantum{Surfacedots}film;heliumSuspendedelectrons;
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1Relativistic Quantum Dynamics of a Neutral Dirac Fermion in the Presence of an Electromagnetic Field
R. Oliveira, и M. Sousa. BRAZILIAN JOURNAL OF PHYSICS, 49 (3): 315-320 (2019)
2 лет назад , @ppgfis_ufc_br
Neutral
{Dirac
Dirac
Relativistic
Eletromagnetic
field;
dynamics;
equation;
fermion}
quantum
Neutral{DiracDiracRelativisticEletromagneticfield;dynamics;equation;fermion}quantum
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1Antipsychotic Haloperidol Binding to the Human Dopamine D3 Receptor: Beyond Docking Through QM/MM Refinement Toward the Design of Improved Schizophrenia Medicines
G. Zanatta, G. Nunes, E. Bezerra, R. da Costa, A. Martins, E. Caetano, V. Freire, и C. Gottfried. ACS CHEMICAL NEUROSCIENCE, 5 (10): 1041-1054 (2014)
2 лет назад , @ppgfis_ufc_br
ab
antipsychotic;
docking;
initio;
{Quantum
biochemistry;
binding
QM/MM
quantum
mechanics;
pocket;
receptor;
D3
method}
haloperidol;
DFT;
ONIOM
dopamine
abantipsychotic;docking;initio;{Quantumbiochemistry;bindingQM/MMquantummechanics;pocket;receptor;D3method}haloperidol;DFT;ONIOMdopamine
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1Landau levels in graphene bilayer quantum dots
J. Jr., F. Peeters, P. Vasilopoulos, R. Filho, и G. Farias. PHYSICAL REVIEW B, (2009)
2 лет назад , @ppgfis_ufc_br
materials;
localised
states;
levels;
Landau
dots}
{doping;
fields;
quantum
nanostructured
magnetic
graphene;
materials;localisedstates;levels;Landaudots}{doping;fields;quantumnanostructuredmagneticgraphene;
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1Exciton-polariton confinement in Fibonacci quasiperiodic superlattice
F. de Medeiros, E. Albuquerque, M. Vasconcelos, и G. Farias. SURFACE SCIENCE, 600 (18, SI): 4337-4341 (2006)23rd European Conference on Surface Science (ECOSS-23), Freie Univ, Berlin, GERMANY, SEP 04-09, 2005.
2 лет назад , @ppgfis_ufc_br
beam
epitaxy;
surface
molecular
wells;
semiconductor-insulator
waves-polaritons;
gallium
quantum
interfaces}
nitride;
simulation;
{computer
beamepitaxy;surfacemolecularwells;semiconductor-insulatorwaves-polaritons;galliumquantuminterfaces}nitride;simulation;{computer
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1Valley filtering in graphene due to substrate-induced mass potential
D. da Costa, A. Chaves, G. Farias, и F. Peeters. JOURNAL OF PHYSICS-CONDENSED MATTER, (2017)
2 лет назад , @ppgfis_ufc_br
mass
point
filter;
contact;
potential;
{valley
transport
quantum
properties}
graphene;
masspointfilter;contact;potential;{valleytransportquantumproperties}graphene;
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1Magnetic field induced vortices in graphene quantum dots
I. Lavor, D. da Costa, A. Chaves, G. Farias, R. Macedo, и F. Peeters. JOURNAL OF PHYSICS-CONDENSED MATTER, (2020)
2 лет назад , @ppgfis_ufc_br
vortex
dots;
probability
current}
{graphene
density
patterns;
quantum
vortexdots;probabilitycurrent}{graphenedensitypatterns;quantum
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1Quasibound states of Schrodinger and Dirac electrons in a magnetic quantum dot
R. Masir, A. Matulis, и F. Peeters. PHYSICAL REVIEW B, (2009)
2 лет назад , @ppgfis_ufc_br
{Landau
gas}
levels;
dots;
two-dimensional
electron
quantum
magnetic
structure;
{Landaugas}levels;dots;two-dimensionalelectronquantummagneticstructure;
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1Excitonic properties of strained triple quantum-ring molecules
M. Tadic, и F. Peeters. PHYSICAL REVIEW B, (2009)
2 лет назад , @ppgfis_ufc_br
tunnelling}
arsenide;
semiconductor
{excitons;
self-assembly;
dots;
compounds;
gallium
indium
quantum
photoluminescence;
states;
III-V
ground
semiconductors;
tunnelling}arsenide;semiconductor{excitons;self-assembly;dots;compounds;galliumindiumquantumphotoluminescence;states;III-Vgroundsemiconductors;
копироватьудалитьдобавить публикацию в буфер
1Exploring the Quantum Speed Limit with Computer Games
J. Sørensen, M. Pedersen, M. Munch, P. Haikka, J. Jensen, T. Planke, M. Andreasen, M. Gajdacz, K. Mølmer, A. Lieberoth и 2 other автор(ы). (2015)cite arxiv:1506.09091Comment: 19 pages, 7 figures, supplementary materials are included.
4 лет назад , @annakrause
citizenscience
games
quantum
todo:read
citizensciencegamesquantumtodo:read
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1Classical and Quantum Probability
R. Streater. (27.02.2000)
5 лет назад , @alexv
probability
quantum
probabilityquantum
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1Open Quantum Systems. An Introduction
\. Rivas, и S. Huelga. (09.02.2012)
6 лет назад , @cmcneile
quantum
quantum
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2Complex Extension of Quantum Mechanics
C. Bender, D. Brody, и H. Jones. Physical Review Letters, 89 (27): 270401+ (30.10.2002)
6 лет назад , @cmcneile
quantum
quantum
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1Quantum circuits cannot control unknown operations
M. Araujo, A. Feix, F. Costa, и C. Brukner. NEW JOURNAL OF PHYSICS, (2014)
8 лет назад , @zuzanakomarkova
quantum
quantum
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1Computational Advantage from Quantum-Controlled Ordering of Gates
M. Araujo, F. Costa, и C. Brukner. PHYSICAL REVIEW LETTERS, (2014)
8 лет назад , @zuzanakomarkova
quantum
quantum
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1Quantum entanglement from random measurements
M. Tran, B. Dakic, F. Arnault, W. Laskowski, и T. Paterek. PHYSICAL REVIEW A, (2015)
8 лет назад , @zuzanakomarkova
entanglement
quantum
entanglementquantum
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1Quantum and classical phases in optomechanics
F. Armata, L. Latmiral, I. Pikovski, M. Vanner, C. Brukner, и M. Kim. PHYSICAL REVIEW A, (2016)
8 лет назад , @zuzanakomarkova
quantum
quantum
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1Experimental superposition of orders of quantum gates
L. Procopio, A. Moqanaki, M. Araújo, F. Costa, I. Calafell, E. Dowd, D. Hamel, L. Rozema, Č. Brukner, и P. Walther. Nature Communications 6, 7913, (2015)
9 лет назад , @zuzanakomarkova
superposition
quantum
superpositionquantum
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публикации (спрятать)66
показать
всё
только публикации
публикации на страницу
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расширенный...
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1Enhanced mobility and controlled transparency in multilayered reduced graphene oxide quantum dots: a charge transport study

1All-optical switching device for infrared based on PbTe quantum dots

1Low-Dimensional Confining Structures on the Surface of Helium Films Suspended on Designed Cavities

1Relativistic Quantum Dynamics of a Neutral Dirac Fermion in the Presence of an Electromagnetic Field

1Antipsychotic Haloperidol Binding to the Human Dopamine D3 Receptor: Beyond Docking Through QM/MM Refinement Toward the Design of Improved Schizophrenia Medicines

1Landau levels in graphene bilayer quantum dots

1Exciton-polariton confinement in Fibonacci quasiperiodic superlattice

1Valley filtering in graphene due to substrate-induced mass potential

1Magnetic field induced vortices in graphene quantum dots

1Quasibound states of Schrodinger and Dirac electrons in a magnetic quantum dot

1Excitonic properties of strained triple quantum-ring molecules

1Exploring the Quantum Speed Limit with Computer Games

1Classical and Quantum Probability

1Open Quantum Systems. An Introduction

2Complex Extension of Quantum Mechanics

1Quantum circuits cannot control unknown operations

1Computational Advantage from Quantum-Controlled Ordering of Gates

1Quantum entanglement from random measurements

1Quantum and classical phases in optomechanics

1Experimental superposition of orders of quantum gates

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публикации (спрятать)66
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