RESEARCH
Thesis 6
Photonics in Biomedical Applications: A Cutting-Edge Opportunity
Revolutionizing Cancer Treatment with Photonics
Photonics is a transformative enabling technology, revolutionizing many biomedical innovation, particularly in laser-based surgical procedures, where it enhances precision, minimizes invasiveness, and improves therapeutic outcomes.
Our research in the field:
- Advanced smart laser applicators: optimization of irradiation pattern and integration of real-time monitoring capabilities for novel tumor treatments leveraging localized heating to induce malignant cell necrosis.
- Photodynamic effects: experimental study of laser light interaction with targeted nanoparticles for enhanced therapeutic efficiency.
- AI-powered assistance: development of machine learning algorithms to provide instant feedback to surgeons for optimized treatment and minimized side effects.
Key technologies & expertise areas:
- Photonics: design and development of innovative laser applicators.
- Thermodynamics: temperature estimation for precise tumor treatment.
- Materials Science: ensuring biocompatibility of components.
- Artificial Intelligence: data analysis & predictive modeling for treatment optimization.
- Clinical Applications: collaboration with hospitals & industry leaders.
Possible activities and roles within:
Lighting the path to a cure: Photonic innovations in cancer treatment
- Innovation in Photonics: develop next-generation smart laser applicators with integrated sensing capabilities.
- Data Integration & AI: implement machine learning models for real-time feedback.
- Experimental Validation: collaborate with medical institutions for real-world testing.
A unique opportunity: contribute to cutting-edge oncology treatments while gaining expertise in a high-impact, rapidly evolving scientific and technological field.