Next week, the Laboratory's Strategic Servers Team will release a package of new communication products that will improve the collective ability to find, send and receive information over the Internet. These products include:
Says Mark Rosenberg, group leader of the Computing Infrastructure Technology Group, "Employees should use the Lab version of Netscape. We use a tool called `Mission Control' to push out upgrades and security fixes without having to go around to each and every office at the Lab and do this one computer at a time. The Lab version also includes the Lab's employee directory for use in the e-mail client."
On Monday morning, April 26, employees who use PCs will see a window pop open on their monitor advising them to download the new version of Netscape. Macintosh users can download Netscape beginning Wednesday, when they will receive a similar advisory on their desktops. Employees using Unix software will not have to download the new version of Netscape, since the browser resides on a central server rather than on users' computers.
As the new version of the Netscape products are downloaded, existing bookmarks, personal e-mail address books and preferences settings will be preserved.
Damon Hougland, who heads the Strategic Servers Team, said the new Netscape software features an extensive set of new features, which are described in an online help file at Netscape/IMAP4 messaging.
The new Messenger e-mail client has several significant enhancements. To start with, it's faster than the previous version. This is particularly true for e-mail with large attachments.
Messenger now makes it possible for employees to receive a return receipt from other Lab Messenger 4.51 users, advising the sender when the recipient has actually opened their mail. This feature must be turned on through the preferences settings.
The program also allows users to address new e-mail without hunting for addresses in a separate address books. Users can set up the preferences such that as they fill in the address field, both their own personal address book and the Lab directory will be searched simultaneously.
Messenger will be displayed in a three-pane user interface, and messages can be filed by drag-and-drop editing.
The new version of Netscape Calendar has been simplified, with the icons on the toolbar limited to the most frequently used tasks. Also, a new "options" feature has been included (accessible through one of the dropdown menus) that allows individuals to customize their settings.
While a ceremony honoring the opening of the new Joint Genome Institute's Production Sequencing Facility was going on outside the Walnut Creek building on Monday, dozens of JGI employees inside were diligently running the machines that will help decipher the human genetic code. Their only concession to the special occasion: the new T-shirts they wore with the motto "Life ... what it's all about."
That uninterrupted commitment to the task at hand is indicative of the stress being placed on this and a handful of other similar sequencing facilities in the United States: to achieve a "working draft" of the human genome by next March, and a completed genome by 2003. As a result, sequencers run 24 hours a day.
In tribute to this monumental effort -- considered by some to be biology's version of the race to the moon -- Energy Secretary Bill Richardson and about 250 others, including local officials and national laboratory representatives, dedicated the new building under summer-like skies. Richardson himself expressed wide-eyed enthusiasm for what he saw.
"While the ultimate task of sequencing the three billion units of the human genome is daunting," he told the audience, "I think the Department of Energy national laboratories have developed some extraordinary tools to get us there. These advanced tools will arm researchers with the gene-finding and DNA analysis tools necessary to unravel and understand the human genetic code and the countless human diseases with genetic roots."
The JGI, established in 1996, is a consortium of scientists, engineers and support staff from the Department of Energy's Lawrence Berkeley, Lawrence Livermore and Los Alamos national labs. It has assumed a major role in the quest to determine the three billion paired "letters" that comprise the human genome. This global effort, the largest biological undertaking in history, promises untold opportunities to understand the basic molecular underpinnings of life and to improve human health.
The new JGI building is the first of what will be a two-building production sequencing facility. The complex will ultimately provide 56,600 square feet of laboratory and office space, eventually to be occupied by 200 researchers working in three shifts around the clock.
Richardson also spent a moment commending "the scientists who have dedicated themselves to this historic project. You are the cartographers of the modern day, mapping uncharted terrain, and making easier the life journey for generations to follow." He noted that the DOE has been in this business since 1986, when it started the Human Genome Program, and he called the dedication of the sequencing center "a major milestone in navigating this maze."
Added Richardson, "Looking back across these 13 years, I am astonished by the progress made and the impacts brought about by genetic research."
Elbert Branscomb, director of the JGI, said, "We are now finally ready to finish the task at warp speed. We will soon be turning out several hundred million letters of genetic text a year" as part of the international consortium effort.
The project, Branscomb added, "will quickly yield a revolutionizing scientific treasure of incalculable value: full sets of genetic instructions that specify how the bodies of creatures like ourselves are built and operated -- how life actually works."
To explore the genetic landscape, researchers construct "maps" by locating particular biological landmarks along the linear topography of the human chromosomes. These low-resolution maps locate features to within relatively large stretches of DNA, from thousands to millions of individual letters long. To reveal the precise information-carrying details contained in DNA, the methodical process of sequencing is employed, which reads the identity and exact order, or sequence, of the four letters (A, T, C, and G) that make up the alphabet of the DNA code.
All the sequence information generated by the JGI is released to public view daily, so the rest of the scientific community has free and immediate access to it.
Fueled by this burgeoning data resource, the benefits of the genome project are already coming to light. Of the 23 pairs of human chromosomes, the JGI's sequencing enterprise targets chromosomes 5, 16 and 19 -- regions of the human genetic library in which many new genes have already been uncovered, including several already known to be involved in human diseases such as diabetes, cardiovascular disease, asthma, schizophrenia, and various forms of cancer.
Martha Krebs, director of DOE's Office of Science and architect of the three-lab collaboration that became the JGI three years ago, emphasized the value of partnerships to the success of the program. "Labs are notorious for their competitive approach to things and to each other," she said. "Partnerships are not easy in this environment."
But she cited four individuals who were instrumental in "bringing everybody together" and, as indicated on engraved awards, "for inspired leadership that helped make the Department of Energy's Joint Genome Institute a reality." They are Berkeley Lab Deputy Director Pier Oddone and Livermore Deputy Director Jeff Wadsworth, both of whom attended the ceremony, as well as Pete Miller of Los Alamos and Richard Gibbs of JGI's External Advisory Committee.
In accepting his award, Oddone quipped, "It's wonderful to be recognized for committing `unnatural acts,' like collaborations at the laboratories." But he especially thanked individuals whom he called "unsung heroes," who deserved much of the credit, "and who in many cases have done it despite us." Among them are former Berkeley Lab group leaders Chris Martin and Bill Kimmerley, current factory manager Jan Stultz, head for engineering instrumentation Martin Pollard, and PSF engineers Dick DiGennaro and Kirk Haley.
Photo: Energy Secretary Bill Richardson was among the dignitaries who addressed the large crowd at the dedication of JGI's Production Sequencing Facility. Photo by Roy Kaltschmidt
A highly sensitive experiment now underway to find the axion, a mysterious species of subatomic particle which - if it exists - may explain the existence of dark matter in the universe, will be even more sensitive in the next generation of the experiment. The development of a radio frequency amplifier based on a new type of high-gain, ultra-low noise Superconducting QUantum Interference Device (SQUID) should make it possible for the first time ever to detect even the most elusive axions.
The new amplifier uses a direct current SQUID made from superconducting niobium and configured so that its input coil is used as a microstrip resonator. With this unique configuration, the input signal is coupled between one end of the input coil and the SQUID loop, which acts as a groundplane for the microstrip resonator.
The result is a radio frequency amplifier operating at frequencies approaching 1.0 gigahertz -- the highest at which a SQUID amplifier has ever been successfully operated.
This amplifier was developed by the research group of John Clarke, a physicist who holds a joint appointment with Berkeley Lab's Materials Sciences Division and UC Berkeley's Physics Department. Key contributions were made by group members Marc-Olivier André and Michael Mück.
One of the first applications of the new amplifier will be to enhance what is already the most sensitive search for axions in science.
An axion is a hypothetical elementary particle that has been proposed to explain the absence of an electrical dipole moment for the neutron. If it exists, an axion would have neither electric charge nor spin and a mass that might be a trillion times less than that of an electron.
Despite its slight presence, the axion is widely considered to be an excellent candidate for explaining the nature of dark matter in the universe. Even in light of recent findings about the cosmological constant, there still seems to be an enormous amount of matter in the universe that cannot be seen but which makes its massive gravitational presence known through the motions of the galaxies.
Axions could help explain dark matter through sheer numbers; an estimated 100 trillion of them are packed into every cubic centimeter of space in our own galaxy. But first, scientists have to prove they exist.
An ongoing experiment to detect axions began in 1995 at the Lawrence Livermore National Laboratory, led by physicists Karl van Bibber of LLNL and Les Rosenberg of the Massachusetts Institute of Technology. In addition to scientists from Livermore and MIT, the experiment also involves Clarke and his group at Berkeley Lab/UC Berkeley, as well as scientists from the University of Florida, the University of Chicago, and the Fermi National Accelerator Laboratory.
In this experiment, the static magnetic field of a powerful (8 Tesla), 12-ton superconducting electromagnet is used to stimulate axions to decay into microwave photons via the "Primakoff effect." An excess of microwave photons above thermal and electronic noise signals the decay of an axion. This signal is extremely faint, however, and must be amplified in order to be detected.
With the addition to the experiment of the Clarke group's radio frequency amplifier and its niobium SQUID, signals of the decay of dark-matter axions should get a much needed boost.
Clarke and his group report they have obtained resonant frequencies of 200 MHz to 720MHz and gains of about 20 decibels.
What this would mean to the axion search, according to van Bibber and Rosenberg, is that for the first time the experiment should be able to reach weakly-coupled axions at fractional halo density. These axions are considered to be the most promising of the axion-based dark-matter models.
Photo: Michael Mück (left) and Marc-Olivier André are working with MSD physicist John Clarke (not shown) to develop a SQUID-based amplifier of microwave signals that will aid the search for "dark matter" axions.
Spallation Neutron Source (SNS) project leadership and the DOE have strongly rebounded from an unfavorable report to Congress by House Science Committee Chairman James Sensenbrenner, Jr. (R-Wis). First, newly appointed project director David Moncton unveiled a management action plan for designing and constructing the $1.36 billion facility on time and on schedule. Then DOE issued the final Environmental Impact Statement for SNS. Both are big steps in response to the earlier criticism.
The SNS, which will be the world's most powerful research facility for neutron-scattering science, is a collaborative effort between Oak Ridge National Laboratory (ORNL), where it will be located, Berkeley Lab, and the national labs at Argonne, Brookhaven, and Los Alamos. In February DOE brought in Moncton to lead the project based on his success in overseeing the construction of Argonne's $1 billion Advanced Photon Source.
"I am pleased with Dr. Moncton's commitment to complete the SNS as a world class research center, on time and within budget," said DOE Secretary Bill Richardson. "Dr. Moncton has a demonstrated track record in managing large scientific construction projects. He has energized the project team and they have a well thought-out and realistic plan."
In Moncton's own assessment of the SNS project to date, he said that qualified people and adequate management systems are in place throughout the partner laboratories to support current research and development activities. However, additional key positions must be filled.
He also praised the present accelerator concept, but felt the technical design needs to be optimized and fully integrated. He further said that business and project management systems to support construction activities need to be strengthened.
Based on this assessment, Moncton and his team developed a management action plan that will be implemented over the next six months.
"By completing this action plan we will ensure that the SNS can be constructed safely and within budget by 2005," said Moncton. "Construction of a leading-edge neutron research facility has become a national priority."
In a direct response to the criticisms of Congressman Sensenbrenner, who recommended that construction funds be delayed in FY 2000, Moncton had this to say to the SNS staff:
"I want to assure each of you that everyone I meet appreciates the scientific merit of the SNS project, including Congressman Sensenbrenner. Ultimately the project's fate will rest jointly on its intrinsic merit and the quality of its implementation by all of us on the SNS project team."
Completing the Environmental Impact Statement (EIS) was a critical requirement for proceeding with SNS construction. Said Secretary Richardson, "We have done this study to be sure that as we conduct science for the nation we also protect the environment."
The SNS is scheduled to be completed in late 2005, at which time it will provide the U.S. scientific community with a neutron source of far greater intensity and power, backed by more instrumentation than any existing facility. It is expected to serve as many as 2,000 scientists annually from universities, private industry and federal laboratories.
The final EIS released by DOE analyzes the potential environmental impacts from the proposed action (to build and operate the SNS) and the no-action alternative of not building the SNS. In addition to ORNL, Argonne, Brookhaven and Los Alamos were also evaluated as possible sites. A final Record of Decision will be issued in late May.
The EIS for the SNS can be viewed at the DOE NEPA website at http://tis. eh.doe.gov/nepa/.
"Few individuals have served UC so long, so variously or so well," said UC President Richard C. Atkinson.
Taylor started his 61-year association with UC in 1938, when he was hired as an instructor of mathematics at UCLA. By 1964 he was elected Academic Council chairman of the statewide Academic Senate and served during one of the most turbulent years in the university's history: the Free Speech Movement of 1964-1965, which culminated in a showdown between the Board of Regents and the Academic Senate.
Former UC President Clark Kerr credited Taylor with constructing much of the compromise that resolved the impasse. "Angus, with his good judgment and calm manner, along with a small number of others, literally saved the university from a possible conflagration at the Board of Regents' meeting," Kerr once wrote. "This made him, in my eyes, one of the giants in the history of the Academic Senate."
In 1975 Taylor was named university provost, the system's highest academic officer, and in 1976 he was appointed chancellor of UC Santa Cruz, where he remained until his retirement in 1977.
He lived in Kensington, California, and in retirement maintained an active association with UCSC. At the time of his death, he was completing a manuscript about the University of California during the Free Speech Movement.
Taylor is survived by sons Gordon and Kenneth, daughter Kathleen "Kitty" Okamoto, and six grandchildren.
Donations in his name may be made to the UC Santa Cruz Foundation (74 River St., First Floor, Santa Cruz, CA 95060-4593) and designated for the Angus and Patsy Taylor Fund, an endowment that supports the academic activities of Cowell College. -- Monica Friedlander
"Glenn Seaborg had a career that few will emulate in any millennium," Koshland said. "He lived the life of a legend, exemplifying the use of heart and mind for great benefits to humankind."
Koshland credits Seaborg's "great genius for organization," and his ability to "always keep his eye on the goal" as keys to his enormous success.
"We are starting with a bold vision of what might be possible by 2025 -- a safe, predictable and affordable way to prevent carbon dioxide from building up in the atmosphere," said Energy Secretary Bill Richardson. "These research paths could provide new options for the world to respond to climate change concerns."
The new DOE report identifies key research needs in several aspects of carbon sequestration, including technologies for separating and capturing carbon dioxide from energy systems and sequestering it in oceans, geologic formations, and terrestrial ecosystems, such as forests, vegetation, soils, and crops.
It also describes advanced options for chemically or biologically transforming
carbon dioxide emissions into environmentally safe, potentially marketable
products. The draft report can be viewed on-line at http://www.fe.doe.gov/sequestration.
--Lynn Yarris
In an interview with Chemical and Engineering News, Hoffman reacted with surprise. "It is especially meaningful to me," she says, "because these days few nuclear scientists receive this type of broad-based recognition." She also added that it is "important that women have the opportunity to earn these awards," and hopes this recognition will encourage other women to pursue science.
Hoffman, also a professor of chemistry at UC Berkeley, was selected last month by the ACS Board of Directors for her life-long work in nuclear and radiochemistry. She is an internationally recognized expert in the chemistry of transuranic elements. Her many accomplishments include the discovery of plutonium-244 in nature and playing a key role in confirming the existence of seaborgium, element 106.
A native of Iowa, Hoffman began her career at Oak Ridge National Lab in 1952. She later worked in the radiochemistry group at Los Alamos, where she established herself as an authority on spontaneous fission, before joining Berkeley Lab and UC Berkeley in 1984.
A long-time collaborator and friend of Glenn Seaborg, in 1991 she became the first director of the Glenn T. Seaborg Institute for Transactinium Science at Lawrence Livermore National Laboratory.
Hoffman is a recipient of the National Medal of Science (1997) and the Garvan Medal (1990).
She will be awarded the Priestley Medal on March 28, 2000 in San Francisco. Former recipients of this honor include Linus Pauling, Glenn Seaborg, and more recently Ronald Breslow and Albert Cotton.
Led by Stephen Selkowitz, head of EETD's Building Technologies Department, and Eleanor Lee, the multi-year program demonstrated how to integrate existing and prototypical window and lighting technologies into an advanced system that can attain greater energy efficiency and occupant comfort than conventional design practice.
Simulations, field tests and full-scale demonstrations were used to solve interdisciplinary technological problems. The team also included Dennis DiBartolomeo, Francis Rubinstein, Liliana Beltrán, Joseph Klems, Robert Sullivan, Edward Vine, and Robert Clear.
The award, co-sponsored by Architecture magazine and the Initiative for Architectural Research, is one of the profession's most significant awards, recognizing innovative research in the field of architecture.
Berkeley Lab's research is featured in the April issue of Architecture magazine.
Selkowitz accepted the award at an April 13 ceremony in New York City's Paula Cooper Gallery.
The research's primary funding comes from the California Institute for Energy Efficiency. Additional support is provided by the U.S. Department of Energy, Pacific Gas & Electric, and the General Services Agency.
More information is available at http://windows. lbl.gov/comm_perf/ daylight/.
The Lab's Technologies Transfer Department and the Sponsored Projects Office helped hammer out the cooperative research and development agreement (CRADA), which is cosponsored by DOE's Laboratory Technology Research program.
Watt Stopper is a major U.S. manufacturer of lighting control systems. Researchers are expecting to complete the first prototype for testing by next spring.
"Our objective is to reduce process tool exhaust and cut annual operating costs," said Karl Olander, ATMI's executive vice president. "ATMI's research and development agenda aims to integrate the air dam technology into existing state-of-the-art equipment, optimize design with fluid dynamic models, and build and test full scale working prototypes."
Dale Sartor of the Energy Technologies Division said, "We are very excited about this partnership with ATMI. It will bring the Feustel technology to the microelectronics industry."
The air dam design was first applied to an energy-efficient fume hood by Helmut Feustel of EETD. Initial work was supported by the Department of Energy's Office of Building Technologies and the California Institute for Energy Efficiency.
The containment concept introduces displacement airflow at the process opening, creating an air dam between the operator and the hood contents. The air dam approach differs from an air curtain in that the airflow is low velocity, supplied from top and bottom, and is non-turbulent.
The concept is simple, protects the operator, and reduces the quantity of
make-up air required in the clean room.
-- Bruce Davies
Photo: ATMI representative Mark Holst shakes hands with Dale Sartor, head of EETD's Applications Team. Also shown are Technology Transfer's Seth Rosen (far left) and Bruce Davies, who helped form the partnership.
Until now the Lab has relied on commercial search engines with databases that include millions of web files from around the world and do not carry comprehensive, up-to-date listings of what is online at the Lab.
Ultraseek will search exclusively through a Lab database of files that is updated constantly. The latest information should be available more quickly since it does not have to travel between the Lab and a commercial remote website used by millions.
The Berkeley Lab Web Publishers Group first identified the need for new search tools last year. NERSC webmaster Jed Donnelley, a member of the group, assessed several alternative search products. Following that, the Strategic Servers Team led by Damon Hougland secured funding and made an additional assessment of available search products. All parties agreed that Ultraseek was the best on the market.
Says Zach Radding, project leader of the Web Infrastructure Upgrade Project, "The new web search engine will provide a simple interface to the vast amount of information offered at the Lab."
Adds Public Information Department web editor Jeffery Kahn, "There's a great advantage in the advanced features of the new search engine -- specifying whether you are searching by a phrase or multiple keywords and limiting your search by dates. Ultraseek represents a significant enhancement to communication at the Lab."
"My LBNL" (http://my.lbl.gov) is a collaboration between the Strategic Server Team and the Public Information Department. Zach Radding, project leader for the Web Infrastructure Upgrade Project, developed and implemented it. PID's Jeffery Kahn, who heads the Berkeley Lab Web Publishers Group, helped provide a selection of content.
Employees can fully customize the content and layout of their site by selecting from a checklist of links and existing online information. These personal settings are automatically saved. Employees can log in from outside the Laboratory and be able to see their personalized site.
To customize My LBNL, employees log onto http://my.lbl.gov using their Lab login name and password. Content selections currently include Lab and Internet search engines, Lab phone book, encyclopedia and dictionary, administrative databases, computing links, weather, floor plans, maps, organization charts, and community and educational links. Also available are publications such as Currents, various groups and departments, the calendar of events, cafeteria menu, the Library, and online forms, policies and manuals.
Said Radding, "The web is quickly becoming a major tool that can increase our productivity at the Lab. Our goal was to provide a unified interface to simplify web access."
In terms of content, the "My LBNL" site is a work in progress. Representatives of a number of Laboratory departments have participated and their departments now own and maintain the sites that are included.
The preliminary choice of content was based on feedback from website owners throughout the Lab and an analysis of current website usage here. Kahn said he hopes to receive further feedback from employees on what to include in the future.
"The things that have to happen in the next ten years for the Engineering Division to maintain its core competencies in the face of budget and funding changes, even while key personnel reach retirement age, represent a real challenge," says Jim Triplett, who assumed his duties as head of the division on April 19. But, he says, "that's why I'm here. I'm looking for a challenge."
Previously Triplett worked for Raychem Corporation, earning several patents in telecommunications. For a decade he was chief technical manager of Raychem's wholly owned spinoff, Raynet Corporation, which he co-founded to develop fiber-to-home broadband networks for companies in Europe and the U.S. Returning to Raychem, he became Director of Corporate Product Design and instituted educational programs to teach Raychem employees the most up-to-date engineering technologies, such as stereo lithography.
In announcing Triplett's appointment, Klaus Berkner, the Lab's deputy director for operations, said, "I have been impressed with Jim's demonstrated ability to assemble, motivate, and lead multidisciplinary engineering teams and his penchant for seeking out and incorporating modern design and fabrication methods."
Triplett's interest in engineering began when he was majoring in mathematics at San Jose State University, while putting himself through school as a machinist; he got additional experience with NASA in experimental materials fabrication. In 1967, he served as a Huey crewchief with the 119th Assault Helicopter Company in Vietnam.
Early in his career Triplett joined the ALZA Corporation, where he enjoyed working with medical doctors and scientists in a team approach to manufacturing drug delivery systems. "Diverse teams of people with different kinds of expertise working toward a common goal -- it's an excellent way to solve problems," he says, "and one of the features of Berkeley Lab that makes this an exciting place to be."
Among the challenges Triplett faces is "finding the best way to be supportive of the whole Lab in the modern era. Engineering is expensive, and sometimes it's easier to support big projects. Yet we also need to be able to deliver unique engineering solutions for the biological and environmental sciences and other sciences that may work on a smaller scale. What's the best way to give valuable service while maintaining our historical reputation for world-class engineering?"
Triplett is confident he's got a fair grasp of the big picture at the Lab. "I understand what has to be done, and it'll be tough," he said after just two days on the job, adding, "It will be a while before I find out who's doing what in all these little rooms."
Photo: Jim Triplett, new head of the Lab's Engineering Division. Photo by Roy Kaltschmidt
"This is part of our effort to communicate across cultures in a way that fosters understanding and respect," says Harry Reed, head of the Office of Work Force Diversity. "Berkeley Lab is dedicated to seeking, valuing and integrating diversity into its research culture. Many of our staff are already involved in the community. This is a formal way to utilize our resources and institutional activities in a way that resonates with people here."
The guide, Reed says, seeks to familiarize the Lab community with the customs, beliefs and contributions of people from diverse cultures and traditions. The calendar recognizes some of the main cultural celebrations by marking them and organizing related activities. These include:
"The guide is especially informative about holidays and celebrations that are special to many people at the Laboratory," Hardy said. Added Smith, "It can help us all learn more about what we each hold significant throughout the year."
Reed adds that developing cultural activities also enhances the Lab's educational outreach efforts. "Berkeley Lab has a long history of getting kids involved with science and math activities."
Activities recognizing the cultural landmarks listed above will be organized throughout the year. The Office of Work Force Diversity will invite students and faculty of local schools to participate. Says Reed, "This provides another approach for reaching out and bringing that community to the Lab."
Suggestions and assistance are being sought from Lab employees and organizations. To contact the Work Force Diversity Office call X4130 or look up its website at http://www.lbl.gov/Workplace/WFDO/.
Donors must be at least 17 years old, in good health, and weigh at least 110 pounds.
For more information, call Helene Carpenter at X4009.
Courier service (two-hour, four-hour, same day, and rush service) is also available from IDS Courier, which operates 24 hours a day and provides pick-up and delivery anywhere in the Bay Area and in portions of northern and central California. For information call Linda Wright at 548-3263.
The play will take place next Wednesday, April 28, from 10 to 11:15 a.m. at the Federal Building in Oakland (Roybal Auditorium). All employees are invited to attend.
Microcellular antennas and base stations have been installed throughout the Bldg. 50 complex and in Bldg. 51. Participants in the pilot program located in one of these buildings can avail themselves of all the features and functions available through the Lab's phone system by using their cellular phones. Users can make and receive internal and outgoing calls without paying cellular phone charges. When the user's desk phone rings, the cellular phone will ring as well.
At all other locations the wireless phone functions as a standard cell phone. Cellular One users can still reach Lab extensions but will be charged Cellular One usage rates. Future deployment of the program to other Laboratory buildings is under review.
To participate in the program, users must own a Nokia 6160 or 6162 digital cellular phone and have Cellular One service. To enroll, send e-mail to [email protected]. For more information look up http://www-cnr.lbl.gov/ics/wireless.html, or call X7997.
The Hall of Science is also organizing a Fourth of July bay cruise, the proceeds of which will benefit LHS educational programs. To make reservations for the cruise call 642-5134.
For other information about the Hall of Science, call 642-5132 or look up its website at http://www.lhs.berkeley.edu.
Ken Lines' friends and colleagues invite everyone to join them in celebrating Lines' more than 32 years of service to the Lab on Friday, May 14. The luncheon in his honor will be held at 11:30 a.m. at the Mandarin Garden, 2025 Shattuck Avenue. The cost is $15 per person and must be received by May 11.
Please confirm attendance by May 7 and send checks, payable to Teresa Rossi, to Myong Choi or Joysee Smith, MS 936B-210.
Shoemobile
7:30-3:30, Bldg. 54 parking lot
Tripmobile
11:30 a.m.-12:40 p.m., Bldg. 65 parking lot (shuttle bus
interchange)
Items for the calendars may be sent via e-mail to currents_calendar@ lbl.gov, faxed to X6641 or mailed to Bldg. 65B. The deadline for the May 7 issue is 5 p.m. Monday, May 3.
Washington DC Projects Office Science and Technology
Seminars
"Frontiers in Soft X-ray Science and Technologies at the
Advanced Light Source" will be presented by D. S. Chemla of the ALS.
9 a.m.,
Berkeley Lab
Washington, D.C. Office, 1250 Maryland Avenue, S.W.
Earth Sciences Division
"Communicating with Chaotic Light" will be
presented by Henry Abarbanel of UC San Diego.
11 a.m., Bldg. 90-2063
Center for Environmental Biotechnology
"Spatial Distribution of
Bacteria in Multispecies Biofilms" will be presented by Eric Gilbert of UC
Berkeley.
Noon, Bldg. 50-5132
Earth Sciences Division
"Iceland Geothermal Reservoir Engineering
Studies in Iceland" will be presented by Grimur Bjornsson of Orkustofnun,
Iceland.
11 a.m., Bldg. 90-2063
For more information contact Lawrence Kuznetz at 527-8733 or look up http://mars2012.berkeley.edu .
Times and locations are subject to change. Check the EH&S Training website (http://www-ehs.lbl.gov/schedule/) for updates. To enroll e-mail Susan Aberg at [email protected] or enroll online at http://www-ehs.lbl.gov/training/registration/.
Pre-registration is required for all courses except EHS 10 (Introduction to EH&S).
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SAILBOAT, `93 SUNFISH, w/ trailer and some accessories, exc cond, white and aqua, has never sailed in salt water, $1,800/b.o., John, 531-1739
BERKELEY, share elegant 11 rm, 4-bdrm Elmwood house w/ two other professionals, $1,200/mo (negotiable), deposit, shared expenses, master bedroom w/ fireplace & huge closet and second for study or child, some family-style dinners, piano, yellow Labrador, laundry/sauna, hardwood flrs, exc neighborhood, Tony, 841-4480
WEST BERKELEY (Browning and Bancroft), light and airy, 1 rm top flr apt in duplex, avail immediately, 560 sq ft, must be seen to appreciate, Japanese-style tile bathtub, w/w carpeting, separate kitchen and dining area, stove and refrig, deck, shared back yard, 20 minute walk to Lab shuttle, $800/mo, incl water, garbage, and natural gas (hot water heater), Andrea, X6727, 644-1667 (nights before 9 pm)
EL CERRITO, studio for graduate student or visitor, quiet, nice residential area, 4 mi from Cal, rm size 19x11, bed, sofa, bookshelf, desk, TV, private entry, indoor laundry, free off-street parking, kitchen w/ new refrigerator, microwave, toaster oven, coffee maker, cooking appliances, dinning area, walking distance to BART, 1 blk from bus station, 1.2 miles to freeway: I80, 580, 8 mi to Bay Bridge, very close to shopping center, no smoking, no pets, rent $480, deposit $600, lease for 1 yr or 6 mo, avail mid- May, Ming, 524-3780
NO OAKLAND, Rockridge area, charming, bright 2 bdrm, 1 bath flat in older duplex on Oakgrove, huge kitchen, fireplace, lg forml dining rm, built-ins, hardwoods, serene yard, basement w/ storage and laundry, off-street parking, 2 blks to BART, Lab shuttle, buses, shopping, mannered pet considered, lease avail June 1, $2,100, incl water and garbage, other flat owner-occupied, Barbara, X6898, X4589, 652-7044
NO OAKLAND, Rockridge area, 1 bdrm sublet, June 1-July 29, close to BART and Lab shuttle (half mile), private bath and kitchen, view of Oakland hills, fully furn, laundry on premises, some road noise, $700/mo, incl util, Chris, X2782
PINOLE, 1 bdrm, 1 bath for rent in home w/ working female, free-loading cats and small dog, non-smoker/drinker, full kitchen and laundry privileges, $600/mo incl CAT and util except phone, possible carpool to Lab, avail May 15, Sue, X6661, 758-4164
Miscellaneous
BEDROOM SET, dark stained pine, queen headboard, 6 drawer dresser w/ mirror, 5 drawer chest of drawers, cheap, John, (925) 709-0866, 1-888-741-5407 (pager)
BIKE, `81 Honda 110, trail bike, exc cond, low mi, $1,075; `64 Honda 90 trail bike, not running, mostly complete, $125; `69 Honda 50 mini trail bike, runs good, orig paint, good cond, $550; antique wood parlor stove, great size for any rm, $225, Steve, X7855, (925) 682-6008
CAMERA, new Canon Elph outfit APS pocket camera w/ features like 2 x zoom, date, caption, 3 print formats, $210/b.o., (value $260+tax), Ulag, X4307, 524-1389
HELMUT BIKE, woman's Giro, size medium, $25, Barbara, X6898, X4589, 652-7044
MOP SET, heavy-duty refillable string mop w/ extra-heavy duty yellow squeeze bucket, exc cond, $25 for set, Sherry, X6972
SKATES, rollerblade inline, women's 7-1/2, w/ knee pads and wrist protectors, $60; 2 backpacks, nylon w/ alum frame, $20 each; camping tent w/ rain fly for 2 persons, $39; Tarpauline, 12' x 15', $12; hiking boots, leather upper, women's 7-1/2, $15; rain poncho, orange, men's size, $4.50, Andreas, X5453, 845-4672
TABLE, solid oak and glass, coffee table, needs some polish, $45/b.o., Sajid, X5184,
TV 19'', 6 mos old, $140 negotiable; 2 mtn bicycles, 1 yr old, good cond, $70 ea, negotiable, Frederic, X4209, 548 47120
HOUSING, visiting German prof needs 2 or 3 bdrm furn apt or house for June, July, August, Michael, X7838, MHPrior@ lbl.gov, 654-0928
MACINTOSH Duo Dock for 2300C, Jacob, X4606
MUSIC STAND, Peter, X4157, 525-3290
`86-'89 TOYOTA, 4 Runner, 5 spd, good cond, Ted, X4886, 339-0598
FOUND: eyeglasses in blue Eddie Bauer case, found inside vehicle parked at Bldg 51, Molly, X6765
Please note also: