Lab researchers present on medicine, energy, the environment and more at Boston ACS meeting
Berkeley Lab scientists delivered nearly 100 presentations at the American Chemical Society’s Fall 2010 national meeting in Boston, August 22-26, 2010. This post features reports on two unique approaches to environmental studies. »
Study shows deepwater oil plume in Gulf degraded by microbes
A study by Berkeley Lab researchers of a deepwater dispersed oil plume formed in the aftermath of the damaged BP wellhead in the Gulf of Mexico shows that microbial activity, spearheaded by a new and unclassified species, degrades oil much faster than anticipated. »
Ozone and Nicotine a Bad Combination for Asthma
Using ozone to remove the smell of tobacco smoke from indoor environments is probably a bad idea. A recent Berkeley Lab study has shown that ozone can react with the nicotine in secondhand smoke to form ultrafine particles that may become a bigger threat to asthma sufferers than nicotine itself. »
Dancing in the dark: how proteins and salts interact
Scientists are getting a new look at how proteins interact with simple salts in water, and what impacts these interactions may have on protein structures at the atomic level. » ![]()
Ashok Gadgil named Director of Environmental Energy Technologies Division
Ashok Gadgil, widely recognized for his work as a researcher, inventor and humanitarian, has been named the new Director of the Environmental Energy Technologies Division (EETD). »
Berkeley Lab Open House October 2, Register Now
Ever wonder how biofuels are produced, cool roofs and smart windows reduce energy use, the Internet was created, or supernovas are discovered? Families, community members, and others who want to learn the answers to these and other scientific questions are invited to attend Berkeley Lab's Open House on Saturday, Oct. 2, from 10 a.m. to 3 p.m. Go here for more information or to register.
Schoolteachers Hone New Science Skills at Lab
At Berkeley Lab, 59 teachers have participated in the "Academies Creating Teacher Scientists" program since it launched in 2004. Berkeley Lab researcher Ashok Gadgil is sharing one of his projects with teachers this summer. "The teachers who participate here as interns get exposed to how real science is done, which is sometimes different than the clean, nice sanitized version that appears in textbooks," said Gadgil. » ![]()
Berkeley Lab scientific divisions reflect the wide variety of projects undertaken at the birthplace of modern interdisciplinary science.
VIDEO GLOSSARY
cosmological inflation
gravity
plasmon
smart windows
radioactivity
quantum entanglement
expanding universe
measuring the universe
cellular micro-environment
computational science
petaflop computing
supercomputing
attosecond
light source
cool roof
solar cell
nanotechnology
quarks
bioremediation
photon
supernova
genomics
extremophile
biofuels
surface science
demand response
quantum computing
life cycle assessment
artificial photosynthesis
Large Hadron Collider
biologically-inspired polymers
carbon cycle
fuel cell
electron microscopy
standard model
Maxwell’s equations
fluctuations in the cosmic microwave background
weak interaction
cosmic microwave background
neutrino astronomy
dark energy
synchrotron radiation
higgs boson
galactic emissions
protein crystallography
cellular senescence
laser wakefield acceleration
climate change
smart grid
atmospheric aerosols
systems biology
dark matter
gravitational lensing
quantum dot
energy efficiency
green computing
antimatter
free electron laser
metamaterials
neutrino
plasma
biomimicry
cp violation
climate and weather
geologic carbon sequestration
daylighting
weather and climate
NEWS CENTER
INFORMATION ABOUT
- Careers
- Visiting Berkeley Lab
- Environment, Health & Safety
- Public Affairs
- Education Outreach
- Technology Transfer
- Friends of Berkeley Lab
- After-Hours Taxi Service
Three specks of matter captured by the comet-cruising Stardust spacecraft may indeed be stardust that recently entered our solar system. The specks were found by the Stardust@Home project at UC Berkeley’s Space Sciences Laboratory and are being examined by several researchers using the Advanced Light Source (ALS) beamlines. The most intriguing of the three is the carbon-rich speck that appears in this scanning transmission x-ray microscope image made at ALS beamline 11.0.2.
Particle accelerators like the Large Hadron Collider (LHC) at CERN are the big rock stars of high-energy physics—really big. The LHC cost nearly USD$10 billion to build and its largest particle racetrack (27 km in circumference) stretches across a national border. Now, a recent breakthrough in computer modeling may help hasten the day when accelerators thousands of times more powerful can be built in a fraction of the space—and for significantly less money.
Under the mentorship of a Lab nuclear scientist, a teacher and his physics students from Southern Arkansas University are helping in the hunt for the neutrino-less double decay, one of the rarest decays in nature, and the quest of many top scientific groups around the world. This team is part of the Faculty and Student Teams (FaST) program, one of more than a dozen educational and internship programs offered by Berkeley Lab’s Center for Science and Engineering Education.
A few weeks ago, Gina Lamendella was standing on the deck of the 165-foot Brooks McCall research vessel at the Deepwater Horizon oil spill in the Gulf of Mexico when she learned that she received an Ernest Orlando Lawrence Fellowship. Her shipboard celebration was short-lived, however. She was soon back to work, helping to collect the smallest of organisms in an effort to track one of the largest environmental disasters in U.S. history. 
