The Electrochemical Society INTERFACE

Vol. 14, No. 1

Spring 2005

Table of Contents

• From the Editor - p. 3
• Pennington Corner - p. 7
• Society News - p. 8
• People News - p. 10
• Tech Highlights - p. 12
• Moore's Law at 40: Chemistry and the Electronics Revolution - p. 23
• Special Issue: Silicon-Based Electronics: A Series of Perspectives - Moore's Law: Beyond Planar Silicon CMOS and into the Nano Era by Howard R. Huff - p. 14
  • Historical Background
    • Silicon: A Child of Revolution by Robert W. Cahn - p. 15
    • Moore's Law: The History and Economics of an Observation that Changed the World by G. Dan Hutcheson - p. 17
  • State-of-the-Art
    • Using Silicon to Understand Silicon: Doping of Nanostructures by James R. Chelikowsky - p. 24
    • Theory of Defects in Semiconductors: Recent Developments and Challenges by Stefan K. Estreicher - p. 28
    • Silicon Surface and Interface Issues for Nanoelectronics by Yves J. Chabal and Leonard C. Feldman - p. 31
    • Structural, Elemental, and Chemical Complex Defects in Silicon and Their Impact on Silicon Devices by A. A. Istratov and E. R. Weber - p. 34
    • Improved CMOS Performance via Enhanced Carrier Mobility by P. M. Mooney - p. 36
  • Future Directions
    • Taking Silicon to the Limit: Challenges and Opportunties by Tsu-Jae King - p. 38
    • CMOL: A Silicon-Based Bottom-Up Approach to Nanoelectronics by Konstantan K. Likharev - p. 43
    • Beyond CMOS Electronics: Self Assembled Nanostructures by Ted Kamins - p. 46
• Section News - p. 50
• Awards - p. 52
• Student News - p. 55
• New Members - p. 59