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2004 » Delegate » Elections » President

2004 Nominees for President
Nominees for Elections

2004 Sigma Xi Annual Meeting and Student Research Conference
November 11-14, 2004
Le Centre Sheraton
Montréal, Quebec, Canada

James F. Baur
President, Science Solutions Inc.

James F. Baur is well qualified to be President of Sigma Xi. His unusual range of experience and insights includes college physics teaching, fusion energy research in small and large groups, management of international technical projects, and 20 years of committed service to Sigma Xi.

Basics: BS, MS, PhD degrees in physics; member of American Physical Society (life), Optical Society of America, AAAS (life); 40-year (life) member of Sigma Xi; active in San Diego chapter of Sigma Xi since 1982 and Society positions since 1987.

Sigma Xi: I was inducted in 1962 by the University of Florida chapter; that makes me a 40-year member. I became active in the San Diego chapter in the early 1980s, serving as secretary in 1982 and as president in 1987 and again in 1997 and on most chapter committees along the way. I was a member in 1984 and chair 1985-7 of the Southwest Region nominating committee. I was the Site Coordinator (one of eight in the Society) for the Sigma Xi Centennial Celebration in San Diego in 1986, an overwhelming success with an SRO crowd. I first attended the Sigma Xi Annual Meeting in 1982 and have attended every Annual Meeting since then except two. I was appointed to my first committee of Sigma Xi, the Committee on Program Initiatives, in 1987 and have served continuously since then on at least one Society committee, including the Committees on Awards, Audit Review, Qualifications (6 years), International (1990-2004; 7 years as member, then an additional 7 years as Chair) and Regions (presently). I have served on the Board of Directors three different times in three different capacities, 1987-89 as Director-at-Large, 1997-99 as Standing Committee Chair, and 2001-07 as Regional Director, Southwest Region. Only a handful of leaders have spanned the years and the concerns to have voted with me in 1988 to effect the move of Sigma Xi from New Haven to Research Triangle Park and in 2003 to commit to build and occupy the Society's own new headquarters building, among many other fiscal and programmatic initiatives. Thus, I have actively participated in the adaptation of Sigma Xi to the many changes in membership interests, Society programs and governance, the tone and pace of science and engineering research, and the growing globalization of science in general and Sigma Xi in particular.

Fusion Energy Research: At General Atomics Company (GA), San Diego, California, I progressed from senior scientist to staff scientist, senior staff scientist to Physics Coordinator, Fusion Division. During that time I had a range of assignments that provided insight and experience in many aspects of science research:

In a series of GA management positions I performed as manager of the Diagnostics Laboratory, Physics Coordinator in the Fusion Division, principal investigator of the U.S. Department of Energy (DOE) Radiation Hardening of Fusion Diagnostics program, and deputy manager of the High Power Density-Nuclear Materials Generator proposed program at Idaho National Engineering Laboratory. Using the broad experience gained by working on several experimental machines in different fusion laboratories, I participated in a number of advisory teams and review panels:
  • National Design Team, Tokamak Fusion Core Experiment;
  • National Design Team, Compact Ignition Tokamak;
  • National Review Team, Compact Ignition Tokamak Diagnostics Plan;
  • National Review Team, technical merit and cost estimates of the superconducting magnets for the Superconducting Super Collider (SSC) nuclear physics facility under initial construction at Waxahachie, Texas (famously, the U.S. Congress terminated all funding for the SSC after publication and analysis of the complete report);
  • DOE Review Panel, Pellet Injector Program on the Tokamak Fusion Test Reactor at Princeton Plasma Physics Laboratory;
  • Joint Japan-U.S. Exchange Programs, fusion diagnostic instrumentation and radiation hardening measurements: member of one and leader of two additional exchanges.
Entrepreneurial Science: Since 1990 I have been president of Science Solutions Inc. (SSI), a technology management company concentrating on joint research projects and development to commercial application of science and technology methods and devices invented in research groups of or related to the former Soviet Academy of Sciences. SSI's business in Russia and Mongolia, as technology or mineral suppliers, includes:
  • hollow glass microspheres for deep ocean floatation devices;
  • novel metallurgical technique for separation and recovery of tungsten and vanadium from ore;
  • femtosecond laser system for studying molecular chemical dynamics;
  • wavelength meter for accurate but relatively inexpensive determination of continuous or pulsed laser light in 350 to 1130 micrometer range;
  • coordination of oceanographic demonstration project for U.S. Navy by five cooperating laboratories of the former Soviet Union Academy of Sciences:
    • Shirshov Institute of Oceanography (Moscow and Gelendzhik);
    • Institute of General Physics (Moscow);
    • Leningrad Institute of Precise Mechanics and Optics (Leningrad);
    • Vavilov State Institute of Optics (Leningrad);
    • Marine Hydrophysical Institute (Sevastopal and Katsiveli).
SSI owns an operating tungsten mine in Mongolia.

Leadership and Teaching: I was a Regular Army, Airborne, Ranger, Corps of Engineers commander, staff officer and educator.

I was a combat engineer company commander in the field in southern Germany with readied explosives and ammunitions during the Cuban Missile Crisis (long ago!) with the mission to harass, slow and finally stop the expected onslaught of Soviet tanks from Czechoslovakia toward the Rhine River. I later became a staff officer in an Engineer Group supporting the U.S. Army VII Corps in Germany. After returning to the United States I taught in the Department of Physics, United States Military Academy, West Point, for three and a half years where I was an Assistant Professor, Head of the Physics Laboratory, and Course Director for two years of the Advanced Physics Course (for the brightest cadets), made the first holograms at West Point, and fostered the use of recently invented lasers into the physics laboratory experiments and demonstrations. I received the Army Commendation Medal for professional activities at West Point, a National Science Foundation (NSF) Summer Fellowship, and an NSF Science Faculty Fellowship for doctoral studies.

The extensive training and practical experience in leadership by the U.S. Army for its officers, coupled with its emphasis on a rational system for making decisions in settings where choices may have life or death consequences, have influenced me in all my subsequent activities.

Candidate's Statement - James F. Baur

James F. Baur has an expansive vision and a workable plan for Sigma Xi progress: extend the proven successes, recognize and ameliorate the weaknesses, while introducing fun and bold initiatives.

Sigma Xi can fulfill its laudable mission with considered attention and action to improve the Society's programs and procedures without resort to disruptive reorganizations.

Proven Successes: My considered opinion is that the award-winning "American Scientist," the expanding programs in Ethics, in Education and in Public Understanding of Science and the well-trained, helpful and courteous Headquarters staff are areas of pride for the Society and these programs and people must be encouraged to continue to excel.

Areas to Strengthen: Most knowledgeable observers agree that our annual initiate total is low compared to the pool of excellent candidates, our short-term retention rate of new initiates is too low, too many chapters are inactive, chapters would benefit with delegate attendance at the Annual Meeting more often than the required every third year, recruiting and retaining vigorous chapter officers is difficult and remains a recurring and almost universal problem within chapters, and Sigma Xi in all aspects could benefit from additional publicity in local universities and laboratories and in widely circulated media.

Initiatives: I propose that we all look ahead, enhance successes and improve weaknesses, but also add a little fun and excitement in the process. I will have three years in the cycle of President-Elect, President and Past President to champion the following ideas.

  • Articulate "Sigma Xi in 2030" - After discussions and a workshop, a planning document should be produced that describes what structure, reach, and emphasis should be the target 25 years from now and what action should be taken along the way to adjust Sigma Xi to a future world view, including relationships with world science or humanitarian or governing organizations, communication techniques, separate continental offices for Sigma Xi geographic divisions (Africa, Middle-East, Europe, Asia, Pacifica, Americas), and membership refinements, to list a few of the considerations.
  • Accelerate "Global Sigma Xi" - The International Committee and the Board established the "International Partner" category of chapter-type local groups. Sigma Xi Moscow Partner and Sigma Xi Georgia Partner have been approved and installed. More Partners in Africa and Eastern Europe are in formation. I am advocating forming chapters from groups at Gulf of Aquaba (joint Jordan-Israeli research group), South Pole (Western group) and Antarctic Station (Russian affiliated group), and nascent groups I have visited and encouraged in Seoul, Beijing and Ulaanbaatar. The International Committee is hard at work in all aspects of this endeavor. Like science, Sigma Xi should be global and transcend national boundaries.
  • Establish "Sigma Xi Global Fund" - Scientists and engineers in China, Mongolia, Kenya, and many other countries cannot afford the normal dues of Sigma Xi. The Society in general and the International Committee in particular is heeding the will of the delegates at recent Annual Meetings to go global but not by subsidizing new chapters and members from normal dues. Thus, I am encouraging the "Sigma Xi Global Fund" be established with contributions from multinational corporations that do business and have an interest in the fostering of science in developing countries and regions as a means to supplement - not completely absorb - the dues of members in chapters in their operational areas. Thus, many thousands of competent and deserving scientists from all over the globe can join, enlarge, enrich, and enliven Sigma Xi!
  • Annual Meeting Outside North America - As Chair of the International Committee, I have participated in functions at the Moscow Partner and the Hungary Chapter. I have asked my colleagues there to help me do a feasibility study for each place to host an Annual Meeting. I envision a fun and unusual program for chapter delegates there, with special presentations on Russian science or Hungarian science, sessions inside the Kremlin hall or the Hungarian Academy of Sciences building, and opportunities for delegates to absorb the aura, architecture, and culture of Moscow or Budapest. Costs could be contained with modest subsidies from the local authorities and use of the Star Alliance or Sky Team (including Aeroflot) for feeder and charter oceanic flights. Now that would be fun!
  • Increase Annual Meeting Attendance - Frequent (best is annual) chapter delegate attendance improves Society governance and greatly influences fruitful chapter activities. I favor exploring use of hotels with less expensive rooms and the trial use, at least, of a room-share list as a service to delegates to control meeting costs and increase attendance.
  • Increase Chapter Membership to 40 - Too many chapters maintain membership at levels too low for vibrant chapter programs and healthy officer morale. I advocate a gentle and understanding effort by Headquarters, including enlisting the Regional and Constituency Directors, to increase minimum membership to 40 in all chapters for improved chapter functioning.
  • Consolidate Chapters for Viability - In those instances where chapters cannot be brought up to 40 or a reasonable number of members, or otherwise the chapter cannot function well, I advocate an effort to consolidate one or more chapters with a more healthy chapter in the area to serve all the Sigma Xi members there and to enrich the receiving chapter with more members and institutional resources.
  • Promote Consortia of 3 to 6 Chapters - Alternatively, Sigma Xi within a region may be enhanced with speakers, programs, open houses, or poster judging if three to six chapters work together in planning joint programs to share the load of execution, to increase attendance, and to promote companionship among the memberships of the chapters. Such consortia have worked successfully in the past in Connecticut, southern California and Arizona, among other areas. I advocate promoting such consortia, again with the active assistance of the Directors.
  • Open House at Industry/Government Labs - Open houses are informative and fun. I surmise that many chapters are missing out on the opportunity to partner with local non-university laboratories for activities. I advocate an aggressive program to foster more open house activities, especially ones that bring the local industry and government laboratories and their scientists, officials, and facilities into the Sigma Xi movement.
  • Speak Up - I implore members and officers to share ideas and speak their mind on issues, programs, problems, and their successes by calling or e-mailing the President, any Director, or relevant Headquarters staff. Sigma Xi would be the better for that effort.
As President I would work diligently to improve Sigma Xi and advance toward 2030!

Christopher Lange
Professor of Radiation Oncology, Professor of Cell & Molecular Biology, Director of Radiation Research, Director of Translational Research, Assoc. Director, Radiation Oncology Residency Program, SUNY Downstate Medical Center, Brooklyn, NY

Dr. Lange received his B.S. in Physics from MIT ('61; with a BS thesis in Alex Rich's lab) and his doctorate (D.Phil., Fac. Med.) from Oxford University ('68; with L.G. Lajtha). He served as a Research Officer and Sr. R.O. in the National Health Service Christie Hospital & Holt Radium Inst (Manchester, UK)('62-69), and as Assistant Professor of Radiology, and of Radiation Biology & Biophysics, at the University of Rochester, School of Medicine ('69-80). He has held his present position since 1980.

Dr. Lange currently serves Sigma Xi as NE Regional Director ('99-05), and as the Committee on Region's representative on the Executive Committee ('02-05). He also serves his local chapter as Treasurer ('91 - present), and has been a member since 1981. His other scientific service activities are membership on the Translational Research Program and Pathology committees of the American College of Radiology Radiation Therapy Oncology Group, an NCI-funded organization which plans radiation oncology cooperative clinical trials for North America ('88 - present), and as a Commissioner for the Kosciuszko Foundation ('89 - present). Dr. Lange also has served as a Consultant to Universities, Federal Health and Science Agencies, Foundations, Biotech companies, and Law firms. He serves/ed as referee for ~ 20 scientific journals. He is also a member of: Radiation Research Soc., Biophysical Soc., New York Acad. Sci., and AAAS. His honors include: Recipient, Certificate of Gratitude for Contributions to Science, Presidential Distinguished Lecturer, University of Hirosaki, Japan ('79); Hon. Memb. Omicron Delta Epsilon (International Economics Honor Society)('78); NIH Research Career Development Award ('72-77); Election to a major national political party's Executive Committees for his Town and his County ('87 - present).

His scientific & teaching interests revolve around the quantitative explanation of the organism at the cellular level and of cells at the molecular level. To this end he has used ionizing radiations as a tool because the randomness of their damage induction makes their effects and repair processes easier to model. His contributions which have most interested him are: (1) quantitatively explaining tissue failure and resultant lethality in terms of stem cell survival kinetics ('69); (2) providing a possible explanation of the physiological aging of the organism in terms of tissue load per stem cell ('68); (3) Discovering the repair of DNA double-strand breaks (DSB) in mammalian cells ('74) [contemporaneously with Corry & Cole]; (4) Explaining the mechanism of anterior-posterior polarity control in planarians (and probably up to Aves) ('78), i.e., how the excised midsection of a planarian knows on which end to regenerate a head, and how this can be reversed; (5) Age and Gender dependence of DSB rejoining in human cells ('89,'91); (6) Guest editorials on Bladder ('90) and Anal ('91) cancer treatment; (7) Quantitative explanation of cell survival in terms of DSB rejoining kinetics ('03); and (8) a quantitative model for the higher-order structure of mammalian interphase chromosomes as random coils of loop clusters ('99). This model is relevant for differentiation, chromosome aberration formation, and possibly tissue-specific carcinogenesis. His current research expands items 5, 7 and 8.

Candidate's Statement - Christopher Lange

Sigma Xi is the International Scientific Research Honor Society. As companions in zealous research, our Chapters are the backbone of our Society. They are the locus where our meetings and the resultant friendships, form across disciplinary lines, let us learn of each other's expertise, and often lead to new ideas and methods for tackling problems in our own field. Thus, although Sigma Xi is not our primary professional society, it is our best access to cross fertilizing each other's fields. My own fields of Biophysics and Radiation Research are both examples of the value and progress made at the interstices between the traditional disciplines -- Biology and Physics for the former, with the addition of Chemistry and Medicine/Radiation Oncology for the latter. It is with this perspective that I seek to strengthen our Society's Chapters and Programs. Our publication American Scientist is a shining example of Sigma Xi's values.

My involvement with Sigma Xi's governance, above the Chapter level, led me to become one of the organizers of Chapter-centric governance of our Society. To this end, I worked to make our governance structures reflect the needs and importance of our Chapters. We halved the size of the Board, making all, except for the Executive Director, elected members. We also made the majority of its members, representatives of the Chapters, by Region and by Constituency Group. We reduced the long-term expenditures of the Society by taking advantage of favorable real estate and interest conditions to build a new, award-winning, Sigma Xi Center to house American Scientist and all of the executive and program development work, for what it would have cost us to rent inferior facilities with no capital value for us at the end of a 10-year rental. During my first term as NE Regional Director, I served on the Executive Director Search Committee and am proud to have had a role in the selection of our current Executive Director. During that time, I also served on the International Committee and, for a time, was its sole Board member. Due to my extensive ties to colleagues in Poland, and also to some extent in China, I was acutely aware of the impossibility for the scientists and engineers of Second and Third World countries to afford our Society's annual dues. They amount to a significant portion of their monthly (Eastern Europe) or annual (China) salaries. I drafted, and led the NE Region and the International Committee to pass, resolutions requesting that the Board establish a mechanism to allow scientists and engineers of countries with salaries far below those in North America, to pay their dues in local currency to fund local programs, with only a small administrative cost for services to be purchased in $US. This became the basis, after some modifications to make the program revenue-neutral (no subsidy) to the Society, of our Sigma Xi Partners Program. Without this program, our ability to grow beyond North America (and possibly Western Europe) would have been hamstrung.

Declining membership has been a problem for all professional societies over the past decade, and we have been no exception. During my service on the Executive Committee, our rate of decline has decreased. Nevertheless, the problem still remains critical. Over 90% of our initiates come from our Chapters, and the numbers are down from a decade ago. Chapters also have a vital role to play in retaining our dues-paying membership. During my second term as Northeast Regional Director, of all the awards for most initiates, > 1/3 went to NE chapters. Members are our lifeblood and I shall do everything in my power, working with the Board and our Chapters, to ensure that Chapters get everything they need to help them increase their memberships. This is our most important priority. Already we are developing methods to track graduating students and postdoctoral fellows moving to their new positions, to try to keep them as active members.

Our Sigma Xi Center must exist to serve our Chapters and to develop programs that will help strengthen them. This includes programs to enhance public understanding of: (1) science and its applications, (2) its value to the economy, and (3) to improve the public image and respect for scientists and engineers. The strengthening of the public understanding of the Scientific Method and the nature of scientific knowledge must be enhanced both through the media (by developing and providing lists of scientific experts to local media) and through science education, both at the K-12 and at the Baccalaureate College student research program levels. On my own campus, a research-intensive medical and graduate school, I have helped our Chapter to create programs, which we felt would fill voids in our campus life. Our most successful programs, such as the Research Day for our Graduate and Medical Students, have been co-opted by our Administration as its own and funded at levels far above what we could afford. Similarly, our mentoring program for high school science student research has led our administration to develop a New York City Board of Education-Certified Charter high school program. This means that we fill voids in our campus life but continually need to find new activities that our members desire and then again demonstrate to our Administration that these activities are worthy of their support. As a Society, we need also to continually ask our members at each Chapter, "What can we do to help you make your campus intellectual life richer?", and then do it. Tip O'Neill said that "All politics are local." We need to serve our local Chapters in the ways they find most helpful to make them successful magnets for membership.

 

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