About
The “Quantum Dots: Their Biological and Sensor Applications” program explores the fascinating world of nanoscale semiconductor particles and their revolutionary applications across various scientific domains. Over one month, participants will delve into the synthesis of quantum dots, their optical and electronic properties, and how these properties can be exploited in biological imaging, medical diagnostics, and environmental sensors.
Aim
This program aims to provide an extensive understanding of the synthesis, properties, and applications of quantum dots in biological and sensor-based technologies. Participants will explore the interface of nanotechnology with biomedicine and environmental monitoring, learning to harness the unique properties of quantum dots for innovative solutions.
Program Objectives
- Understand the synthesis and properties of quantum dots.
- Explore applications of quantum dots in biology and sensor technology.
- Develop practical skills in manipulating quantum dots for specific applications.
- Analyze the impact of quantum dots in diagnostics and environmental monitoring.
- Foster an understanding of the ethical and safety considerations in nanotechnology.
Program Structure
- Basics of quantum dot concept
- Spectroscopic Properties
- Basics of QD sensor platform
- Cell imaging
- Fluorescent Hydrogels
- Enhancing Photosynthesis
- Environmental pollutant detection
- Food Pathogen sensing
- Cancer and Neurological biomarkers sensing
Participant’s Eligibility
Undergraduate degree in Chemistry, Materials Science, Biotechnology, or related fields. Professionals working in biomedicine, environmental monitoring, or nanotechnology sectors. Individuals with an interest in the cutting-edge applications of nanomaterials.
Program Outcomes
- Mastery in quantum dot synthesis and modification.
- Capability to apply quantum dots in biological contexts.
- Skills in designing sensors based on quantum dots.
- Understanding of commercial and environmental impacts.
- Ethical considerations in the use of nanomaterials.
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