Applied Science & Technology 210 / Electrical Engineering 213: Soft X-Rays and Extreme Ultraviolet Radiation Lecture 1: Introduction, part A http://www.coe.berkeley.edu/AST/sxreuv/
Professor David T. Attwood, Electrical Engineering Professor in Residence, Professor Attwood's research interests include short wavelength electromagnetics, soft x-ray microscopy, coherence, and EUV lithography.
Kathleen Vork, PhD - Pharmacokinetic Modeling of Air Lead and Blood Lead Level Relationship
Office of Environmental Health Hazard Assessment, California Environmental Protection Agency
Lead in the Workplace -- the New Science
https://www.coehce.org/wconnect/ace/home.htm
"Hot topics at EECS Research Centers- Grad student presentations
Digital Quadrature Spatial Combining: An efficient mm-wave beamforming transmitter - Jiashu Chen, BWRC (Berkeley Wireless Research Center)
http://www.eecs.berkeley.edu/bears/"
Full story: http://newscenter.berkeley.edu/2014/10/06/reingold-ebola-primer/
Dr. Arthur Reingold, professor of epidemiology and associate dean for research at the UC Berkeley School of Public Health, has worked for more than 30 years on prevention and control of infectious diseases at the national level and globally in developing countries. He answers a few basic questions about the Ebola virus.
What is Ebola and how dangerous is it?
How does Ebola spread?
Why is Ebola spreading?
What should we be doing to keep safe?
What's the role of UC Berkeley's School of Public Health?
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Keynote address by Silvia Bunge at the Teaching Conference for First-Time GSIs, sponsored by the Graduate Division's Graduate Student Instructor Teaching & Resource Center at UC Berkeley, on January 16, 2015.
Silvia Bunge is a professor in the Department of Psychology and the Helen Wills Neuroscience Institute at UC Berkeley, where she directs the Bunge lab on the Building Blocks of Cognition.
Her talk introduces research on student perceptions of GSIs, factors that influence learning such as laptop use and motivation, and recommendations for GSIs in light of the research.
University of California, Berkeley, seismologists have produced for the first time a sharp, three-dimensional scan of Earth’s interior that conclusively connects plumes of hot rock rising through the mantle with surface hotspots that generate volcanic island chains like Hawaii, Samoa and Iceland.
Essentially a computed tomography, or CT scan, of Earth’s interior, the picture emerged from a supercomputer simulation at the Department of Energy’s National Energy Research Scientific Computing Center (NERSC) at the Lawrence Berkeley National Laboratory.
The new, high-resolution map of the mantle — the hot rock below Earth’s crust but above the planet’s iron core — not only shows these connections for many hotspots on the planet, but reveals that below about 1,000 kilometers the plumes are between 600 and 1,000 kilometers across, up to five times wider than geophysicists thought. The plumes are likely at least 400 degrees Celsius hotter than surrounding rock.
Senior author Barbara Romanowicz, a UC Berkeley professor of earth and planetary science, noted that the connections between the lower-mantle plumes and the volcanic hotspots are not direct because the tops of the plumes spread out like the delta of a river as they merge with the less viscous upper mantle rock.
To create a high-resolution CT of Earth, French used very accurate numerical simulations of how seismic waves travel through the mantle, and compared their predictions to the ground motion actually measured by detectors around the globe. Earlier attempts by other researchers often approximated the physics of wave propagation and focused mainly on the arrival times of only certain types of seismic waves, such as the P (pressure) and S (shear) waves, which travel at different speeds. French used numerical simulations to compute all components of the seismic waves, such as their scattering and diffraction, and tweaked the model repeatedly to fit recorded data using a method similar to statistical regression. The final computation required 3 million CPU hours on NERSC’s supercomputers, though parallel computing shrank this to a couple of weeks.
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Kenneth Irby was born in Bowie, Texas, and grew up in Fort Scott, Kansas. He is a graduate of the University of Kansas, Harvard University, and the University of California, Berkeley. He has variously lived, worked, served in the Army, and taught in New Mexico, Nevada, the North Pacific, California, Massachusetts, New York, Colorado, and Denmark, and currently lives in Lawrence, Kansas, teaching in the Department of English at the University of Kansas. His recent book is The Intent On: Collected Poems 1962-2006 (North Atlantic Books, 2009). In 2010 he received the Shelley Memorial Award from the Poetry Society of America, sharing that with Eileen Myles.
http://holloway.english.berkeley.edu/