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Full Description
an up-to-date overview of the technique for trapping and manipulation of micro and nanoparticles with light, sound, temperature gradients and electric fields.
Contents
1. INTRODUCTION
Brief overview and historical context
Importance and applications in various fields
2. FUNDAMENTALS OF OPTOELECTRONIC TWEEZERS
Principles and basic working mechanisms
Key components and setup essentials
3. OPTICS AND LIGHT MANIPULATION
Optics involved in optoelectronic tweezers
Light sources, characteristics, and beam manipulation
4. ELECTRO-OPTICAL INTERACTIONS
Interaction between light and electric fields
Electro-optical properties of materials
Role of electric fields in trapping and manipulation
5. EXPERIMENTAL TECHNIQUES AND SETUPS
Overview of experimental methodologies
Detailed explanation of setups
Common challenges and solutions
6. APPLICATIONS IN BIOLOGY
Trapping and manipulation of biological entities
Biomedical applications and advancements
7. APPLICATIONS IN PHYSICS AND MATERIALS SCIENCE
Manipulation of micro and nanoparticles
Study of material properties at small scales
8. INTEGRATION WITH OTHER TECHNOLOGIES
Integration with microfluidics
Combined approaches with other manipulation techniques
9. CASE STUDIES AND EXPERIMENTS
In-depth analysis of notable experiments
Case studies showcasing diverse applications
Lessons learned and implications from specific experiments
10. CHALLENGES AND FUTURE DIRECTIONS
Current challenges in optoelectronic tweezers
Innovations and ongoing research
Future directions and potential advancements
Recommendations for researchers and practitioners
Reflection on the broader implications of the technology
