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2000 IEDM Emerging Technologies Session

IEDM advance program The 2000 IEDM Evening Panel Discussion
"Introduction to the Emerging Technologies Session"

In order to provide IEDM attendees exposure to emerging device technologies that has a long time horizon, the IEDM and the IEEE EDS Technical Committee on VLSI Technology and Circuits introduces an evening session with a new format that combines fact-delivery together with opinion and idea exchange between the audience and the presenter. The intent of this session is both to provide solid, unbiased, background technical information, and to engage the audience in discussing the merits and potentials of nasant technologies. The session starts with a presentation of the background information, covering both the technical area and the research trends similar to an invited paper in a regular paper session. This is then followed by discussions among panel member(s) and the audience. This format, as compared to the traditional panel discussion format, provides more information and learning for the audience in addition to the environment to participate in an extended discussion. This new session will address the "far out" area beyond the present industry technology roadmap. Examples include, but are not limited to, carbon nanotubes, molecular electronics, new system architectures for new devices, new devices, new materials (GaN, SiC, organics), applications of self-assembly techniques as well as inter-disciplinary topics such as combining chemistry, biology and electronics. The talks will be informal. No record of the presentation and the discussion will be allowed in order to enhance free exchange of ideas.

Organizer IEEE Electron Devices Society Technical Committee on VLSI Technology and Circuits
Adhoc organizing members Ken-Ichi Goto (Fujitsu)
Tsu-Jae King (UC Berkeley)
Lalita Manchanda (Lucent Technologies)
Werner Weber (Infineon)
Pierre Woerlee (Philips)
H.-S. Philip Wong (IBM)
Moderator Pierre Woerlee (Philips)
Invited speakers  Prof. J. E. (Hans) Mooij (Tech. University Delft)
Bill Reohr (IBM)
Panel Sandip Tiwari (Cornell University)
Koji Sakui (Toshiba)
Erwin Hammerl (Infineon)
Stuart Parkin (IBM)
Tatsuya Yamazaki (Fujitsu)
Synopsis This year's Emerging Technologies Session will discuss two topics: single electron transistors/devices and alternative memory technologies. The single electron transistor has been proposed both as a logic device and a memory element. It utilizes the Coulomb blockade effect and requires a small physical device dimension for operation above cryogenic temperatures. The advent of nanolithography and associated patterning techniques has raised the prospects of incorporating SET into a base CMOS technology. This session will start with an introduction to SET, summarizing its benefits and potential problems such as background charge, with a discussion of the current research trend. It will then be followed by discussions among panelist(s) and the speaker as well as the audience. The second half of this session will introduce alternative memory technologies. While conventional memory technologies such as the DRAM, SRAM, and floating-gate non-volatile memory will continue to scale to even smaller dimensions and higher density, recent development in alternative approaches may cover entirely different application spaces with different read/write speeds, retention, and endurance characteristics. Examples of these alternative approaches include ferroelectric memory (FeRAM), magnetic tunnel junction memory (MagRAM), single electron memory, nano-crystal floating gate memory and so on. This session will start with an overview of these alternative memory technologies, describing their operating principles and application space. It is then followed by discussions with a panel of experts on these technologies, with participation from the audience.