TOM12: Optofluidics
Chairs
Demetri Psaltis EPFL (CH) |
|
Andreas Vasdekis University of Idaho (US) |
Synopsis
Optofluidics emerged more than 10 years ago aiming at the fusion of integrated optics with microfluidics. Since then, a wealth of new scientific principles and technologies have emerged. Through this conference, the latest developments in Optofluidics will be explored, serving as one of the main meeting points of the international optofluidics community.
Topics
- Photonics
- fundamental linear and non-linear optics, lasers, sensors, microscopy, optical tweezers, modulators
- fundamental linear and non-linear optics, lasers, sensors, microscopy, optical tweezers, modulators
- Health and Biology
- Single-cell and single-molecule methods, drug delivery, ultra-high throughput screening
- Single-cell and single-molecule methods, drug delivery, ultra-high throughput screening
- Imaging
- integration, time-stretching, image processing, machine-learning
- integration, time-stretching, image processing, machine-learning
- Handheld Devices
- mHealth, portable diagnostics
- mHealth, portable diagnostics
- Energy – Environment
- photobioreactors, biophysics, optofluidics of plants
- photobioreactors, biophysics, optofluidics of plants
- Transport
- optics, microfluidics, computational methods
- optics, microfluidics, computational methods
- Micro-Fabrication
- prototyping, 3D and 4D particle generation, BioMEMS
- prototyping, 3D and 4D particle generation, BioMEMS
- Hybrid Integration
- integrated optics (SERS, waveguides, resonators), electronics, and applications
- integrated optics (SERS, waveguides, resonators), electronics, and applications
- Soft Matter
- liquid crystals, vesicle photonics
- liquid crystals, vesicle photonics
- Industry
- industrial applications, related technologies and products
- industrial applications, related technologies and products
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