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The MIRDOT project focuses on developing cost-effective mid-infrared sensors using colloidal quantum dots for applications in environmental monitoring and medical imaging. These sensors aim to operate at room temperature and integrate with existing silicon technology.
Mid-infrared (MIR) sensors are pivotal in enabling a broad range of applications, including environmental monitoring, medical imaging, safety, and food analysis.
The current sensing technologies within this spectral range (λ= 3-30 μm) rely on high-cost and complex fabrications of epitaxially grown semiconductors.
These sensors are not monolithic to silicon photonics and require cryogenic operating temperatures, limiting their adoption to the market.
Alternatively, colloidal quantum dots (CQD) of…
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