Scientists identified a mechanism for the formation of soot involving a series rapid chemical reactions rather than the typical condensation of particles from gas. The results are critical to developing methods for controlling emissions responsible for millions of deaths annually, severe degradation of air quality, and enhanced global warming. Read more »
Slideshow
Memristor Collaboration between ALS and Hewlett Packard Labs Propels Theory to Application
The development of an idea into a commercial product can take decades, a timeframe that allows contributions from multiple generations of scientists and requires investment in basic research. Collaborative research between the ALS and HP Labs has advanced the memristor, a device that can store information using little to no power. Read more »
New UEC Members for 2019
Welcome to the new Users’ Executive Committee members for 2019! Emma Anquillare (Student Representative, Boston University and Berkeley Lab), Clemens Heske (UNLV and Karlsruhe Institute of Technology), Johanna Nelson Weker (SLAC National Accelerator Laboratory), and Antoine Wojdyla (ALS-U) will be joining the UEC in January. Read more »
Palladium and Zirconium Convert Greenhouse Gases into Fuel
Greenhouse gases cause the rising global temperatures associated with climate change. At the ALS, researchers have determined that palladium/zirconium catalysts can reduce greenhouse gases like methane and carbon dioxide by converting them into useful fuel. Read more »
Cindy Lee, Communications Specialist
Cindy Lee joined the ALS communications group earlier this year. Trained as a molecular biologist and linguist, she’s now using her skills to enhance the workplace culture and broaden the impact of ALS work. Read more »
