Single Electron and Quantum Effects in Semiconductor Nanodevices.
Abstract
Under the support of the grant, we have (1) developed a variety of sub-20 nm nanofabrication techniques; (2) proposed and demonstrated a new field induced quantum dot transistor (QDTs), and observed conductance oscillations, the interplay between quantum and Coulomb effects, and oscillation peak splitting; (3) proposed and demonstrated two quantum wave bandstop filters; (4) demonstrated the first Si single-electron transistors and achieved record operation temperature; (5) demonstrated the first single hole transistors; and (6) modeled and simulated the operation of Si QDTs, quantum effects, Coulomb effects, and many-body effects.
Document Details
- Document Type
- Technical Report
- Publication Date
- Aug 12, 1997
- Accession Number
- ADA328817
Entities
People
- Paul P. Ruden
- Stephen Y. Chou
Organizations
- University of Minnesota