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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Inverted CdSe/PbSe Core/Shell Quantum Dots with Electrically Accessible Photocarriers
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Extremely Long-Lived Charge Donor States Formed by Visible Irradiation of Quantum Dots
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Exciton-phonon coupling and phonon-assisted exciton relaxation dynamics in In1-xGaxP quantum dots
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Optical refrigeration on cadmium selenide/cadmium sulfide quantum dots
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Feasibility of Quantum Dot Superradiance
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Modeling a charge fluctuator in Si/SiGe quantum dots
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Modeling Si/SiGe quantum dot variability induced by interface disorder reconstructed from multiperspective microscopy
this is a poster that covers a recent publication that was passed through IR - should look familiar to the DC.
Study of the Scintillating Properties of Materials Based on Self- Assembling Quantum Dots Embedded into a Semiconductor Bulk
The goal of the project is to investigate scintillating properties of materials based on self-assembled InAs QDs embedded into GaAs bulk. According to theoretical predictions, such materials can have scintillating properties and low self-absorption. Compared to scintillators based on inorganic scintillating crystals, QD-based scintillators could have significantly higher light yield and shorter emission times. We intend to check the theoretical predictions experimentally, measure scintillation parameters and their dependence on the QD-based materials and learn how the properties could be optimized for practical applications.
Characterization of an Integrated Flip-Chip Quantum Dot Platform for Rapid Testing of Semiconductor Qubit Materials
10 minute presentation on the Spins Fast Project
Modeling Si/SiGe quantum dot variability induced by interface disorder reconstructed from multiperspective microscopy
10 minute talk on fundamental research of a type in academic literature
III-V/Si Bound States in Continuum Lasers with Quantum Well (QW) and Quantum Dot (QD) Gain
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Intrinsically Radiation Tolerant Quantum Dot Lasers
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Evaluation of point defects as Charge Noise Sources in Semiconductor Quantum Dot Qubits
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