We explore new ideas in particle calorimeter designs through the research and development of the secondary electron emission process.
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We develop radiation detectors for the lower thermosphere, where commercial off-the-shelf components are used.
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Using robotics and rapid data acquisition systems, we probe materials in X-ray computed non-destructive tomography for characterization.
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We design our own instrumentation electronics when necessary. We designed amplifiers, single-channel analyzers, and window comparators, just to name a few.
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Using functional approaches, such as fiber inserts and different light guide geometries,
we develop gamma cameras for medical and industrial imaging.
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We develop a method using the fibers that are embedded in scintillators and read out by silicon photomultiplier to determine the depth of interaction.
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We study new methods to obtain glucose levels from saliva with a plasmonic sensor that is read out externally by silicon photomultipliers.
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We design an autonomous robotic system capable of operation in complex, and harsh environments
for inspection and monitoring radiation levels.
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