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Showing 5 matches for the following: Inventor: "Therien, Michael" ×
Iron-based photosensitizers to replace rare metals in solar energy applications
Unmet Need Unlike traditional solar cells composed of crystalline silicone, a new solar technology known as dye-sensitized solar cells (DSSCs), can be manufactured using roll-to-roll printing on transparent and flexible materials, thus providing a low-cost…
Photo-oxidants with comprehensive visible spectral coverage for energy conversion and catalysis
Unmet Need Photochemistry, or the use of light to promote chemical reactions, has only recently been adapted by pharmaceutical companies in the past 10 years due to the development of photoredox catalysts that utilize visible…
A Nano-scintillator fiber optic dosimeter device for accurately measuring radiation during brachytherapy
Value Proposition Two-thirds of all cancer patients receive radiation therapy. However, their radiation dose safety is not currently assured in the clinic. Medically relevant estimations of patient radiation doses received for a specific form of…
Producing and controlling the density of charged excitations in carbon nanotubes
Value Proposition Formation of quasiparticles, such as excitons, polarons, and trions in semiconductors are the foundation for modern optoelectronics. The trion, a three-body charge-exciton bound state, offers unique opportunities to simultaneously manipulate charge, spin, and…
Scintillation materials and devices for high-resolution, high-sensitivity, ionizing radiation detectors
Value Proposition Many industries require radiation detection; everything from agriculture to oncology to manufacturing. The proposed Nano-scintillator Fiber Optic Dosimeter (NS-FOD) offers accurate radiation detective in an inexpensive and durable detector. The detector offers a…