Transport Measurements in Silicon Quantum Dots with Counted Phosphorus and Antimony Implants
Abstract not provided.
Publications
Direct Write Nanofabrication for Quantum Computing in Silicon and Color Centers in Diamond
Abstract not provided.
Transport measurements in silicon quantum dots with counted antimony implants
Abstract not provided.
Photon-based Characterization of Single Ion Geiger Mode Avalanche Detectors: Experiments and Simulations
Abstract not provided.
Transport Measurements on Silicon Nanostructures with Counted Sb Donors
Abstract not provided.
Spin: the foundation of an impending revolution
Abstract not provided.
Silicon Quantum Dots with Counted Antimony Donor Implants
Abstract not provided.
Silicon Quantum Dots with Counted Antimony Donor Implants
Sandia journal manuscript; Not yet accepted for publication
Deterministic control over the location and number of donors is crucial to donor spin quantum bits (qubits) in semiconductor based quantum computing. A focused ion beam is used to implant close to quantum dots. Ion detectors are integrated next to the quantum dots to sense the implants. The numbers of ions implanted can be counted to a precision of a single ion. Regular coulomb blockade is observed from the quantum dots. Charge offsets indicative of donor ionization, are observed in devices with counted implants.
Transport Measurements in Silicon Quantum Dots with Counted Antimony Implants
Abstract not provided.
Transport Measurements in Silicon Quantum Dots with Counted Antimony Implants
Abstract not provided.
fabrication of counted donor devices using top-down ion implantation
Abstract not provided.
Fabrication of Counted Donor Devices Using Ion Implantation
Abstract not provided.
Fabrication and Trasnport in Counted Donor Devices using Top-Down Ion Implantation
Abstract not provided.
Counted Antimony donors in Silicon quantum dots
Abstract not provided.
Development of Linear Mode Detection for Top-down Ion Implantation of Low Energy Sb Donors
Abstract not provided.
Transport measurements on Silicon nanostructures with counted antimony donors
Abstract not provided.
Development of Counted Single Donor Devices using in-situ Single Ion Detectors on the SNL NanoImplanter
Abstract not provided.
SNL Detection Techniques for Low Energy Heavy Ions on the NanoImplanter
Abstract not provided.
Si quantum dots with counted Sb donors
Abstract not provided.
Manipulating single electrons in semiconductor devices for quantum computing
Abstract not provided.
Advanced Nanofabrication of Single Donor Devices using Top-Down Implantation
Abstract not provided.
21 Results