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Today
10 a.m.
EHS 256
Lockout/Tagout
Bldg. 51-201
Noon
Life Sciences and Genomics Keeping the Genome Together: Repair of DNA Strand Breaks
Alan Tomkinson, U. of Maryland
Bldg.66 Auditorium
1:30 p.m.
EHS 279
Scaffold Safety
Bldg. 51-201
4 p.m.
Physics
Effective Theories and the Strong Interaction
Christian Bauer, Caltech
Bldg. 50B-4205
Tomorrow
Noon
EETD
Regional Input-Output Analysis: A New Basis for Life-cycle Assessment
Gyorgyi Cicas, Carnegie Mellon U.
Bldg. 90-3148
1 p.m.
Scientific Computing
Low-Rank Approximation of Tensors and the Statistical Analysis of Multi-Indexed Data
Lek-Heng Lim, Stanford U.
Bldg. 50B-4205
2 p.m.
Nanoscale Science & Engineering
Nanotechnology of the Cytoskeleton
Dan Fletcher
390 Hearst Mining Bldg.
4 p.m.
Life Sciences
Molecular Basis of Basement Membrane Induced Growth Suppression in Human Mammary Epithelial Cells
Marcia Fournier
Bldg. 66 Auditorium
4:30 p.m.
Life Sciences
Targeting TACE-Dependent Growth Factor Shedding in Breast Cancer
Paraic Kenny
Bldg. 66 Auditorium
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Morning Editions: Chorizo Scramble with Tortillas & Home Fries
Tomorrow's Breakfast:
Biscuits & Gravy with Eggs
Market Carvery: Macaroni & Cheese with Salad & Vegetable
Fresh Grille: French Dip Sandwich with Fries
Menutainment: Chicken Caesar Salad
B'fast: |
6:30
a.m. - 9:30 a.m. |
Lunch: |
11
a.m. - 1:30 p.m. |
Full
menu
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New York Air to Have
Its Genes Sequenced
By
Celeste Bievere
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Rubin |
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The scientist who raced against the publicly funded project to decode the human genome will soon be sequencing the genomes of all the microbes floating in New York City air. The "air genome project" was announced by Craig Venter of the J. Craig Venter Institute in Rockville, Maryland on Monday. He says it could lead to the discovery of previously unknown organisms and aid biosecurity. "The air has been minimally explored," says Berkeley Lab's Eddy Rubin, director of the Joint Genome Institute. "This will provide a way to see what is blowing around and to see if we could use it to secure the air." Full story.
Material Promises
Denser DVDs
By
using electron
beams to read,
write and erase
memory bits
on a storage
media, researchers
with Berkeley
Lab and Hewlett-Packard
hope to cram
more than 10
times the amount
of information
into the same
amount of physical
space. Jacek
Jasinski and Zuzanna
Liliental-Weber of
the Materials
Sciences Division
were part of
the collaboration
that found
a way to create
diodes in layers
of indium selenium
and gallium
selenium on
a silicon chip
then use bursts
from an electron
beam to read,
write or delete
information.
With much smaller
wavelengths
than lightwaves,
electron beams
can work with
much smaller
bits. Full
story.
Cool Surfaces in Future
Of Residential Roofing
Energy-efficient roofing materials are becoming more popular, but most commercially available products are geared toward the low-slope sector. However, research and development are taking place to produce "cool" residential roofing materials. In 2002, the California Energy Commission asked Berkeley Lab and Oak Ridge National Lab to collaborate with a consortium of 16 manufacturing partners and develop "cool" non-white roofing products that could revolutionize the residential roofing industry. Full story.
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Travel Office Moves
To PowerBar Site
In addition to the Human Resources Office, the Lab's Travel Office and Conference Services will move from Building 937 to the second floor of the PowerBar Building, located at Center St. and Shattuck Ave., adjacent to the downtown Berkeley BART station. Their phone extension, x4500, will remain the same, but their mail stop will be MS9390200. Due to this move, there may be some delay in responding to e-mail and voice mail messages. Employees are asked to be patient during this transition.
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