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Baigl Lab
Baigl Lab
We actuate with light & magnets, we fold & unfold DNA, we cell-free express proteins, we play with drops, marbles & interfaces, we organize particles, we harness coffee rings.
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Tags (3) : mixing
First LED-based digital optofluidics for organic synthesis accepted in Langmuir!
04/05/2014
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News
05 April 2014. Our manuscript "Digital Optofluidics: LED-Gated Transport and Fusion of Microliter-Sized Organic Droplets for Chemical Synthesis" has just been accepted in Langmuir. Abstract: Microdroplet-based organic syntheses have been developed as a valuable alternative to traditional...
AzoTAB
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droplet
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droplet motion
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light
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light-driven microfluidics
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mixing
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optofluidics
Optofluidic mixing highlighted in Chemistry World!
02/22/2013
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News
22 Feb 2013. Our recent JACS paper "Microfluidic mixing triggered by an external LED illumination" has been highlighted in RSC magazine "Chemistry World" To read the article, follow this link To have infos and see a video of our JACS paper, follow this link
highlight
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microfluidics
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mixing
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optofluidics
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photocontrol
Our manuscript on reversible photocontrol of microfluidic mixing just published in JACS!
01/25/2013
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News
17 Feb 2013. Our recently accepted paper "Microfluidic mixing triggered by an external LED illumination" is now published in JACS. Abstract: The mixing of confined liquids is a central yet challenging operation in miniaturized devices. Microfluidic mixing is usually achieved with passive mixers...
AzoTAB
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droplet
,
light-driven microfluidics
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microfluidics
,
mixing
,
optofluidics
,
photocontrol
News
Research
People
Our paper "Enzymatically Active DNA-Protein Nanogels with Tunable Cross-Linking Density" has just been accepted in Biomacromolecules
Our paper "Reversible supra-folding of user-programmed functional DNA nanostructures on fuzzy cationic substrates" has just been accepted in Angewandte Chemie.
2020 Secret Santa
2020 Baigl lab retreat
Our new paper "Liquid-liquid coffee-ring effect" accepted in Journal of Colloids and Interface Science!
Our new paper "Self-propelled water drops on bare glass substrates in air: fast, controllable and easy transport powered by surfactants" published in Langmuir!
Our new paper "From-bulk crystallization of inorganic nanoparticles at the air/water interface: tunable organization and intense structural colors" published in Nanoscale!
Research Overview
Harnessing coffee rings: from ubiquitous particle patterning to low-cost diagnostics
Metafluidics: new fluid actuation principles for better microfluidics
DNA nanotechnology & synthetic biology: a soft twist
Group picture
Damien Baigl, Prof ENS & Group leader
Mathieu Morel, MC SU
Sergii Rudiuk, CR CNRS
Ayako Yamada, CR CNRS
Marina Mariconti, Post-Doc
Saikat Saha, Post-Doc
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