Junwei Wang
@_Wang_JW_
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Alumni of @VignoliniLab and @VogelLab
Potsdam, Germany
Joined October 2013
Check out our new work on decahedral clusters! Another collaboration in @VogelLab with Chrameh (Engel team) and Silvan (Spiecker team) that continues to unveil the wonders of colloids in spherical confinement! This time, it’s about kinetics!.
nature.com
Nature Communications - Thermodynamics predicts equilibrium crystal structures and kinetics discover the pathway to form them. The authors investigate the interplay of thermodynamics and kinetics...
Crystallization in a sphere. Researchers @UniFAU explain the role of #thermodynamics and #kinetics for bifurcation in #colloidal #crystallization. @NatureComms @VogelLab #CRC1411 #CRC1452.👉
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Congrats Gianni!.
It was 2016 when I left my alma mater (University of Calabria). In 2025 I will be back to start my group! 🔬. If you want to know more about the project:.I will post soon openings for PhDs and postdoc positions, feel free to contact me ahead if interested!
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cool stuff as always.
honored to be part of the team. indeed, colloids scuba diving.
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congrats!!.
I am honored and proud to share that I was awarded the DECHEMA Prize 2023! On top, I have been accepted into the DFG Heisenberg Program. My thanks go to my mentors, past and present members of my group, research partners, and to the selection committees.
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RT @EMarino_nano: We got the✨front cover✨for our review paper @CGD_ACS! Learn more on the emergent properties of 3D nanoparticle assemblies….
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RT @Minghan_Hu: Join us for an exciting conference on colloid & interface science! As a committee member, I'm thrilled to invite you and yo….
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so cool! Congrats!.
You can use household equipment to validate whether items are counterfeit! We have used laser processing to create unclonable electronic/optical labels. With an ohmmeter and a simple microscope, you can read these labels at home. Now in @NatureComms:.
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RT @NCCRbioinspired: New @NCCRbioinspired article in Optics Express (@OpticaPubsGroup) from @ViolaBauernf and PIs Ullrich Steiner (@AMI_Phy….
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so cool! Congrats!.
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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RT @Minghan_Hu: We are hiring! .I am looking for a PhD student in colloid science, specializing in self-assembled microrobots. #PhDpositio….
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cool!.
Light-controlled crystallization. Researchers start, steer, and stop the localized #crystallization of #biorelevant #minerals by user-defined near-infrared light patterns. @NatureComms.@_amolf @UvA_Amsterdam @UvA_Science @HimsUvA #crystallight.Out now!👉
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Hierarchical porosity increases gas adsorption. I truly miss the amazing time spent with Atsushi and Satoshi sensei. It feels great to do fun projects with good friends.
Curious to know more about Gas-Adsorption Kinetics in MOF Supraparticles?.Then read our recent paper out in Advanced Materials!.In collaboration with our alumni @_Wang_JW_, the Spiecker group at @UniFAU and Satoshi Wannabe .@Wiley_Chemistry @AdvSciNews
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Cool work!.
Must admit this was indeed a fun work, joining additive manufacturing with polymer chemistry and surface chemistry to get nacre-inspired self-healing macroscale materials.
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so cool!.
It turns out that sparkling water and raisins are *fascinating*. My daughter and I happened upon this effect playing together in the kitchen a long time ago, and I couldn't help but explore the system more deeply. 1/n
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For some numbers of colloidal particles, decahedral symmetry is thermodynamically more favourable but disproportionally rare. This is because crystallisation kinetics bias towards the icosahedral path at early stage of formation under spherical constraint.
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RT @ProfTomEllis: Stunning talk now on making and mutating structural colour from Flavobacteria from Laura Catón from Cambridge #swissuksy….
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Cool! congrats @brdfrnk.
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.
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cool!.
Colloid clusters encapsulated in droplets rotate under a magnetic field. This rotation allows light manipulation, tuning the clusters’ color 🌈 @studart_andre @SimoneSchuerle @ETH_en . Find out more:
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Congrats Giulia!.
Our recent work on inverse opals for glucose detection is out in @MaterHoriz! Happy to share more exciting applications of colloidal templated materials 🤹 read the paper here
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