Welcome to the Fixler Lab at Tel Aviv University
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Nano photonics and its applications
Fixler's lab deals with theoretical and practical models for reconstructing the optical properties of participating media by nano photonic tools. Our theory is based on a robust generalization of the diffusion theory; Gerchberg-Saxton algorithm; dipole-dipole approximation and other methods. On the practical side we use lasers, LEDs and microscopes.
Research
Fixler's lab develops theoretical and practical models for reconstructing optical properties of complex media using nanophotonic tools. By generalizing diffusion theory and employing advanced algorithms with lasers and microscopes, the lab overcomes the challenges of nonhomogeneous human tissue. Instead of traditional imaging, the research focuses on detection via diffusion reflection profiles, nanoparticles, and fluorescence parameters. These non-invasive methods enable the characterization of pathologies like cancer and vascular diseases, offering significant potential for early diagnosis and personalized treatment.
The lab bridges the gap between fundamental physics and clinical application through extensive interdisciplinary collaborations. By integrating innovative nanophotonic sensors with real-time data analysis, we aim to transform these optical techniques into portable, cost-effective diagnostic tools for bedside medicine.
