Organizers: Robert Dutton, Paul McIntyre, Yoshio Nishi, and Krishna Saraswat, Stanford University
This workshop is targeted at the discussion of critical issues facing scaled MOS technology with emphasis on the gate stack and contact technologies. There are many challenges both in terms of technology and device design that need to be considered. It is now generally accepted that alternative materials are needed to maintain good electrostatics and to reduce parasitic effects. This workshop will explore these issues based on experimental and modeling work of leading experts in the field.
Monterey Plaza Hotel Monterey CA USA | |
Session I: Scaling Challenges (Chair: R. Dutton) |
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8:30 | D. Antoniadis (MIT)--Transistor Performance Scaling |
9:00 | K. Saraswat (Stanford)--Performance Limitations of Si Bulk CMOS and Alternatives for Nanoelectonics |
9:30 | J. Welser (IBM)--Scaling Issues Involving Strained Materials |
10:00 | H.-S. P. Wong (Stanford)--Device Opportunities of Nanotechnology |
Break |
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Session II: Metal Gate and High K Dielectrics I (Chair: P. McIntyre) |
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11:00 | L. Colombo (TI)--Progress in Metal Gate/High K Process Integration Challenges |
11:30 | G. Pourtois (IMEC)--Collaborative Development Efforts |
12:00 | V. Misra (NC State)--Ternary Alloy Systems for Metal Gate on High K |
Lunch |
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Session III: Metal Gate and High K Dielectrics II (Chair: Y. Nishi) |
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1:30 | B. H. Lee (Sematech)--Strategy to Scale Gate Stack Technology for sub-30nm MOSFETs |
2:00 | G. Kittl (IMEC)--FUSI Metal Gate Integration Issues |
2:30 | H. Jaouen, T. Skotnicki (ST Micro)--NiSi TOSI for Metal Gate |
3:00 | KJ Cho (Stanford)-- Metal Gate Work Function Engineering,
Experimental and Theoretical Study |
Break |
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Session IV: Contact Technology (Chair: K. Saraswat) |
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3:45 | D. Connelly (Acorn)--Zero-Barrier Metal Source/Drain MOSFETs |
4:15 | S. Takagi (U. Tokyo)--Metal Source/Drain Ge MOSFET Technologies
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4:45 | T.-J. King (UCB)--Metal Semiconductor Contact Work Function
Engineering |
5:15 | M. Ozturk (NC State)--Low Contact Resistance Source/drain MOSFET Technology
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