A single fluorescent molecule flashing as it gains or loses its electron has made the microscopic spotlight. Watching a whole gaggle of these molecules, they appear to work synchronously; but a new close-up view reveals mavericks that shine when they seemingly shouldn't. The work sets the stage for a better understanding of the underlying principles of certain reactions common to biofuel production.[Full Story…]
| Release Date | Title |
|---|---|
| September 17, 2008 | Sophisticated monitoring array to address mystery of uranium plume |
| September 15, 2008 | Photosynthesizing bacteria with a day-night cycle contain rare chromosome |
| September 4, 2008 | Outpacing climate change with atmospheric research collaboration |
| Publication | Title |
|---|---|
| Rapid Communications in Mass Spectrometry | “Analysis of Non-Enzymatically Glycated Peptides: Neutral-Loss Triggered MS3 Versus Multi-Stage Activation Tandem Mass Spectrometry” |
| Applied Physics A, Materials Science and Processing | “Laser and Electrical Current Induced Phase Transformation of In2Se3 Semiconductor thin film on Si(111) ” |
Researchers at Pacific Northwest National Laboratory report a new path to study electron transfer dynamics by coupling single-molecule microscopy with an electrochemical instrument—a potentiostat. [Full story…]
