Berkeley Lab teams aced the summer session of the Bay Area Regional NSF Innovation Corps (I-Corps™), a program educating researchers and entrepreneurs in pathways to reach people and industries in need of innovation. Based on popular vote across all participants, the Sepion team – Peter Frischmann, Brett Helms, and Michel Fouré – received the People’s Choice Award for the best … [Read more...] about I-Corps Success for Berkeley Lab Technology Teams
I-Corps Success for Berkeley Lab Technology Teams
Berkeley Lab teams aced the summer session of the Bay Area Regional NSF Innovation Corps (I-Corps™), a program educating researchers and entrepreneurs in pathways to reach people and industries in need of innovation. Based on popular vote across all participants, the Sepion team – Peter Frischmann, Brett Helms, and Michel Fouré – received the People’s Choice Award … [Read more...] about I-Corps Success for Berkeley Lab Technology Teams
Identifying Sources of Microbial Contamination in Environmental Samples WIB-3205
APPLICATIONS OF TECHNOLOGY: Water quality testing Health and human safety Environmental cleanup Oil reservoir sulfate optimization Homeland security Diagnosis and treatment of disease ADVANTAGES: Accurately identifies all known bacteria and archaea Accurately quantifies high- and low-abundance taxa Reproducible for multiple replicates Built-in … [Read more...] about Identifying Sources of Microbial Contamination in Environmental Samples WIB-3205
Heliotrope – The “Cool” Smart Window Startup
The smart window technology behind Heliotrope, featured recently in MIT Technology Review, made its lab-to-market move with a $100,000 Innovation Grant managed by the Innovation and Partnerships Office. Berkeley Lab researchers used the grant to fabricate a solid state prototype of their electrochromic window material, and the positive demonstration led to $1.2M in private seed … [Read more...] about Heliotrope – The “Cool” Smart Window Startup
Quantitative Differential Electrochemical Mass Spectrometer Cell 2014-102
APPLICATIONS: Mass spectrometry Fuel cell development ADVANTAGES: Enables quantitative real time analysis of gaseous or volatile electrochemical reaction products Rapid response time (~1 s) High product collection efficiency Parallel electrode geometry ensures uniform potential applied across the working electrode surface Ion-conducting membrane separates … [Read more...] about Quantitative Differential Electrochemical Mass Spectrometer Cell 2014-102