Edward Principe
at Synchrotron Research, Inc.
- Role
- President & CEO at Synchrotron Research, Inc
- Location
- Melbourne Beach, FL, US
- LinkedIn followers
- 500 followers
About Edward Principe
I have just spun-off a new company to develop and market our Compressed Sensing Scan…
Experience
President & CEO
Sep 2002 — Present
our primary products are NEXAFS imaging spectrometers which operate on synchrotron beam line facilities. These spectrometers effectively measure variation in the x-ray absorption coefficient as a function of energy via partial electron yield. X-ray stimulated electrons emitted from the surface are collected in parallel from all emission angles across the entire field of view over a high depth of field and transmitted through the electron optics with nearly 100% efficiency to the imaging detector.We design, manufacture and service the NEXAFS spectrometer hardware and also design the software for control and operation at the beam-line. In addition, we have a complete package for data reduction based upon processing the images containing elemental and chemical contrast. These are complete turn-key synchrotron analytical systems used for research in organic electronics, photovoltaics, biological patterning and a host of other surface chemistry applications. The inaugural product is the LARIAT (Large Area Rapid Imaging Analytical Tool) MKI operating at BNL on beam line U7A while the product currently in production, the LARIAT MKII, incorporates a superconducting magnetic system and a pair of grid-less electrostatic energy filters to provide enhanced spatial resolution and improved transmission over the already highly efficient LARIAT MKI. The first LARIAT MKII will have a permanent home at new synchrotron facility at NSLS II, currently under construction. Inherently, our spectrometers combine a large effective numerical aperature (large collection angle) with minimal aberration and very high transmission efficiency. This combination of attributes allow high throughput with high chemical sensitivity due to the resonance absorption. Acquisition times are ~10-12 images per minute with excellent signal-to-noise.
Skills
- Digital Imaging
- Manufacturing
- Scanning Electron Microscopy
- Surface Chemistry
- Nanotechnology
- R&D
- Xps
- Physics
- Optics
- Focused Ion Beam (Fib)
- Materials Science
- Failure Analysis
- Electron Microscopy
- Thin Films
- Characterization
- Spectroscopy
- Tem
- Research and Development (R&D)
- Elemental Analysis
- Fib
- Semiconductors
- Software Development
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