
Lukas Zeininger
@LukasZeininger
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Emmy-Noether Group Leader, Responsive Soft Materials and Interfaces Lab, Max Planck Institute of Colloids and Interfaces
Potsdam, Germany
Joined January 2023
RT @MpiciPotsdam: Dr. @LukasZeininger received the #Zsigmondy #Prize from the🇩🇪#Colloid Society for his achievements in predicting & contro….
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Cool work - truly inspiring! Congrats!.
New Preprint online: "Mechano-Adaptive Meta-Gels Through Synergistic Chemical and Physical Information-Processing" This is our most advanced system-level integration of the Sense-Process-Act concept for materials. Fantastic work @BrigittaDuzs @skarsetz
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RT @mvdelius: #SupraChem2024 starts this Sunday! We are looking forward to welcoming >300 delegates at @uni_ulm. @B….
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The cover art highlighting our latest article @ACS_Sensors:.The image illustrates the detection of major foodborne pathogens exploiting the unique chemical-morphological-optical coupling inside complex droplets.@baryzewska @lilgermaninyork @peterseeberger
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Out in @J_A_C_S .We demonstrate droplets as a messenger tool to help visualize fine gradients in chemistry and temperature inside a solution. @brdfrnk @PaoloGiusto @MpiciPotsdam.
pubs.acs.org
Intentional generation, amplification, and discharging of chemical gradients is central to many nano- and micromanipulative technologies. We describe a straightforward strategy to direct chemical...
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Droplets as messenger colloids to live report, visualize and to measure chemical gradients in solution.
Shining light on a carbon nitride thin film generates net charge. By adsorbing ionic surfactants, directs chemical gradients - measured with droplet manipulation. Now in @J_A_C_S: with @LukasZeininger , @PaoloGiusto, @MpiciPotsdam [1/3]
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Enzymes can cleave surfactants. Droplets visualize this process in real-time - a highly efficient, cost-effective sensing platform for detecting E.coli, Listeria, and Salmonella. Now in: with @baryzewska, .@lilgermaninyork, @peterseeberger, @MpiciPotsdam.
pubs.acs.org
We demonstrate a novel, rapid, and cost-effective biosensing paradigm that is based on an in situ visualization of bacterial exoenzyme activity using biphasic Janus emulsion droplets. Sensitization...
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Our latest work, just released: .Using dynamically arrested phase separation in polymer loaded droplets Yongkang designed a series of hydrogel particles with distinct subcompartmentalized architectures that allow fine-tuning the kinetics of enzyme cascades.
pubs.rsc.org
The formation of macromolecularly enriched condensates through associative or segregative liquid–liquid phase separation phenomena is known to play a central role in controlling various cellular...
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A full hour of inspiration and helpful insights! Thanks for sharing this great lesson on leadership with us @mpgpresident
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What a day. Congratulations to now Dr.!!! 🥳Agata @baryzewska! Agata successfully defended her thesis where she developed a whole new bacteria detection assay with down to single pathogen resolution.👌🤓Already PhD alumni no.3 from the Zeininger lab. 🫡 #PhDdone.@MpiciPotsdam
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Excited to see our most recent research published. We studied how fluorescent Janus colloids can manipulate the pathway of light, laying some groundwork for their future applications in sensors, data storage, and smart displays.
advanced.onlinelibrary.wiley.com
Microscale fluorescent Janus emulsions exhibit dynamically tunable, angle-dependent light-emission profiles that depend significantly on their composition and morphology. Informed by theoretical...
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Always fun to spend time with family. It's been great to see so many former colleagues and friends from MIT @SwagerGroup
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RT @mvdelius: What is better than receiving an award? Sharing the award with a dear colleague (Sébastien Ulrich) and celebrating the import….
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RT @mvdelius: Supramolecular chemists, save the date: 25 - 27 February 2024 for "SupraChem2024" on campus in Ulm! @uni_ulm @cata_light @GDC….
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