Laser Technologies Group

Laser Technologies Group

ETA's Laser Technologies Group research concentrates on the development of next-generation real-time spectroscopy tools based on the interaction of high-intensity ultrafast (femtosecond) and nanosecond laser pulses with materials. Far- and near- field laser sampling (ablation) are combined with optical emission and mass spectroscopy for spatially selective three-dimensional chemical imaging.

Research focuses on study, control and optimization of the fundamental mechanisms of pulsed laser ablation as they relate to elemental, molecular and isotopic chemical analysis. This technology is used to push the limits of detection for achieving nanometer spatial imaging and depth profiling, for fast scanning high-sensitivity analysis and for the development of completely new spectroscopic techniques (e.g., Laser Ablation Molecular Isotopic Spectrometry or LAMIS), which allows real-time isotopic analysis under real-world conditions. The laser ablation chemical analysis technologies are implemented in programs including environmental monitoring and cleanup, climate change, energy technologies (battery, solar) and nuclear security.

Staff

George Chan (510) 486-4462
Ted Chang (510) 486-5125
Amanda Dos Santos Augusto (510) 486-7040
Jhanis J. Gonzalez (510) 495-2899
Costas Grigoropoulos (510) 642-2525
Arlon Hunt (510) 486-5370
Xianglei Mao (510) 486-4462
Dayana Oropeza (510) 495-2899
Dale Perry (510) 486-4819
Rick Russo (510) 486-4258
VIVEK KUMAR SINGH Singh (510) 486-4462
Jiaojian Song (510) 486-4462
Ding Wu (510) 486-4462
Vassilia Zorba Zormpa (510) 486-7040

Publications by Organization

2014

Hou, Huaming, and Vasileia Zormpa. "3D chemical imaging of Li-ion batteries using femtosecond laser plasma spectroscopy." In CLEO: Science and Innovations, June 8-13, 2014. San Jose, CA: Optical Society of America, 2014.

2013

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