Quantum dots.
Overview
| Works: | 56 works in 32 publications in 32 languages | |
|---|---|---|
Titles
Quantum wells, wires, and dots :theoretical and computational physics /
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Single quantum dots :fundamentals, applications, and new concepts /
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Quantum wells, wires and dots :theoretical and computational physics of semiconductor nanostructures /
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Semiconductor quantum dots :physics, spectroscopy, and applications /
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Semiconductor nanocrystal quantum dotssynthesis, assembly, spectroscopy and applications /
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Design and test of digital circuits by quantum-dot cellular automata
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Theory of semiconductor quantum devicesmicroscopic modeling and simulation strategies /
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Self-organized quantum dots for memorieselectronic properties and carrier dynamics /
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Dynamics of quantum dot laserseffects of optical feedback and external optical injection /
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Dynamic scenarios in two-state quantum dot lasersexcited state lasing, ground state quenching, and dual-mode operation /
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Nonlinear and nonequilibrium dynamics of quantum-dot optoelectronic devices
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Quantum dots for quantum information processingcontrolling and exploiting the quantum dot environment /
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Photoactive semiconductor nanocrystal quantum dotsfundamentals and applications /
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Phosphors, up conversion nano particles, quantum dots and their applications.Volume 1
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Quantum-dot-based semiconductor optical amplifiers for o-band optical communication
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Quantum wells, wires and dotstheoretical and computational physics of semiconductor nanostructures /
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Structural, optical and spectral behaviour of InAs-based quantum dot heterostructuresapplications for high-performance infrared photodetectors /
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Quaternary capped In(Ga)As/GaAs quantum dot infrared photodetectorsfrom materials to devices /
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Semiconductor quantum dots and rods for in vivo imaging and cancer phototherapy
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Electrically driven quantum dot based single-photon sourcesmodeling and simulation /
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Quantum-dot cellular automata based digital logic circuitsa design perspective /
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Quantum Information Processing with Tunable and Low-Loss Superconducting Circuits.
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Quantum dot lasers on siliconnonlinear properties, dynamics, and applications /
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Graphene, nanotubes and quantum dots-based nanotechnologyfundamentals and applications /
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