Directional, tunable, high-efficiency random lasers
Helped by a multi-user and thematic FAPESP project, CLA is developing lab-on-chip devices for medical applications such as FDG (a pharmaceutical radio) and ELISA tests.
Measurement of parameters such as temperature, absorption, counting and index In this way, the Laboratory of Lasers is developing, in collaboration with FATEC / SP, simple guides and double guides in glasses doped with rare earths, written by laser of femtoseconds.For devices made with cheaper materials or disposable and that do not carry a waveguide, we are developing in collaboration with POLI / USP the technique of Random Lasers in Microfluidic Channels [Appl. Op. 55, 5393 (2016)].
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Laboratory
Researcher
Partnerships
- CEPOF (FAPESP)
- Federal University of Pernambuco - UFPE
- Federal University of Sergipe - UFS
- Institute the Millennium Plant
- Leibniz Institute for Crystal Growth - IKZ (Germany)
- Physics Institute of São Carlos - USP
- State University of Campinas - Unicamp/FFW
- Syrian-Libanese Hospital
- University of São Paulo - USP