A Workshop on the Science of Burning Plasmas, sponsored by the US University Fusion Association, will take place December 11-13 at the University of Texas at Austin. Concurrently and independently, the USDOE Fusion Energy Sciences Advisory Committee (FESAC) has initiated a review of "the scientific issues of burning plasma physics." The FESAC review, which will be carried out by a FESAC subpanel chaired by Prof. Jeffrey Freidberg, Chairman of the MIT Nuclear Engineering Department, is to be completed by July 2001.
The workshop organizing committee has released a formal announcement of this meeting. It is available in PDF file form at the UFA web site: http://plasma.ep.wisc.edu/UFA/Download.html and is reproduced in text form below. An information web page for this workshop is being assembled and will be available soon at: http://w3fusion.ph.utexas.edu/bpsworkshop/
Stimulated by the growing interest in the science of burning plasmas coming out of discussions at the 1999 Fusion Summer Study at Snowmass and the recent charge [5 Oct. 2000] to FESAC by the DOE Office of Science to "...address the scientific issues of burning plasma physics," the University Fusion Association (UFA) is sponsoring a Workshop on Burning Plasma Science, 11-13 December 2000, in Austin, TX, to provide a forum for in-depth community discussion of the critical scientific issues connected with burning plasmas. Based on progress achieved at this December workshop (which focuses on scientific issues), a follow-on workshop focusing on the technology of burning plasmas will be held next year.
Purpose and Scope: The workshop is being organized by the UFA to be one of the primary sources of community input to the assessments of burning plasma science being carried out in the next year by FESAC and the Virtual Laboratory for Technology Next Step Options Advisory Committee. The emphasis of the workshop will be on burning plasma science issues in tokamak configurations, but discussion of burning plasma issues as they relate to other fusion concepts and more broadly to scientific areas outside of fusion energy will be strongly encouraged. Building on the progress made in discussing these issues at Snowmass 1999 as summarized in the report of the Burning Plasma Physics Working Group [ http://www.ap.columbia.edu/Smproceedings or http://plasma.ep.wisc.edu/UFA/Download.html ], the key questions which speakers and discussion leaders are asked to address are:
The workshop will be organized to provide time for in-depth discussion of proposed answers to these questions. A report summarizing the range of views and degree of consensus reached will be prepared.
Organizational Approach: A mix of plenary and breakout sessions will be used (following the model developed at Snowmass), with parallel breakout sessions held in four topic areas: (1) Energetic Alpha-Particle Physics; (2) Self-Heating, Transport, and Confinement at Reactor Scale; (3) Macrostability in a Self-Heated Burning Plasma; and (4) Relation of Burning Plasma Science to Other Fields.
Place and Time of the Workshop: The workshop will be held in the Applied Computational & Engineering Sciences (ACES) facility at the University of Texas-Austin (SE corner of 24th and Speedway Streets) from 8:30 AM to about 5:30 PM on Monday and Tuesday, December 11 and 12, and concluding at 1 PM on Wednesday, December 13.
Hotel Information: Blocks of hotel rooms are being held at the La Quinta Hotel (512-476-1166 or 800-642-4239 mention Group Code: 907-45371 for $70 rate) and Doubletree Hotel (512-479-4000 or 800-222-8733 mention Group Code: BPS for $70 government rate or $99 reduced rate). These rooms are being held through November 30, so please make your reservations as soon as possible.
Prospective Participants interested in making presentations in one of the topic areas or of a more general nature addressing one or more of the five key questions are encouraged to send a title and very brief abstract of the proposed presentation by e-mail to the workshop organizers listed below.
Organizing Committee:
FESAC REVIEW
In a letter dated October 5, and presented formally to FESAC November 14, DOE Director of Office of Science Mildred Dresselhaus asks for a report by July 2001 which addresses the following "issues of burning plasma physics."
1. What scientific issues should be addressed by a burning plasma physics experiment and its major supporting elements? What are the different levels of self-heating that are needed to contribute to our understanding of these issues?
2. Which scientific issues are generic to toroidal magnetic confinement and which ones are concept-specific? What are the relative advantages of using various magnetic confinement concepts in studying burning plasma physics?
She asks FESAC, "As a part of your considerations, please address how the Next Step Options program should be used to assist the community in its preparations for an assessment in 2004, as recommended in the (FESAC) Priorities and Balance report."