Self-assembly and materials for optical, biological, repellent and more interfaces/applications. Lab of Prof Nicolas Vogel @UniFAU. PostDoc run account.
Erlangen
Joined July 2019
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The Vogel Lab retweeted
Die Farben der Natur faszinieren das @VogelLab @UniFAU und den Fotografen Thomas Büchsemann. In der Ausstellung “Schillernd schön” im #Bionicum treffen Forschung und Kunst aufeinander.
Zur Eröffnungsfeier hat Prof. Vogel Regenbogenschokolade dabei!🤩@SNSB_Aktuell @museen_nbg
The Vogel Lab retweeted
Researchers @VogelLab mimic nature’s striking colors using colloidal photonic crystals containing polydopamine.
Polydopamine, a synthetic analog of natural melanin, removes scattered light, enhancing light-matter interaction.
Learn more: ow.ly/az0750REtpa
The Vogel Lab retweeted
📣Do not miss our new publication🤩🤩🤩
pubs.rsc.org/en/content/arti…
The Vogel Lab retweeted
Check out our new work on decahedral clusters! nature.com/articles/s41467-0… 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!
Crystallization in a sphere... Researchers @UniFAU explain the role of #thermodynamics and #kinetics for bifurcation in #colloidal #crystallization.
@NatureComms @VogelLab #CRC1411 #CRC1452
👉 doi.org/10.1038/s41467-023-4…
The Vogel Lab retweeted
Crystallization in a sphere... Researchers @UniFAU explain the role of #thermodynamics and #kinetics for bifurcation in #colloidal #crystallization.
@NatureComms @VogelLab #CRC1411 #CRC1452
👉 doi.org/10.1038/s41467-023-4…
The Vogel Lab retweeted
@FAU_Germany #alumna Christhy developed a method to order nanospheres inside cylindrical pores using mechanics & surface #chemistry! We will now use them to arrange #catalyst particles. With @VogelLab, @g_magnabosco, Thommes lab, Papastavrou lab. onlinelibrary.wiley.com/doi/…
The Vogel Lab retweeted
Our CRC1585 is hiring an interdisciplinary group of dedicated students. Transport is vital to many exciting technologies such as batteries, fuel cells, and photovoltaics... 20 exciting PhD positions to be filled: check out the details and apply now: sfb-multitrans.uni-bayreuth.…
The Vogel Lab retweeted
Molecular chirality is transferred to collective modes of gold nanoparticles, allowing spectral control of the detected signal. This avoids intrinsic chiral surface lattice resonances with initially achiral lattices
@Goerlitzer_etal
@VogelLab
@NanophotS
🔗pubs.acs.org/doi/10.1021/acs…
The Vogel Lab retweeted
@Goerlitzer_etal demonstrate the transfer of molecular chirality to plasmonic lattice modes, providing an efficient method to control #chirality - using self-assembled 2D arrays of achiral #gold #nanoparticles.
@VogelLab @UniFAU @DIPCehu @upvehu @hhu_de
pubs.acs.org/doi/10.1021/acs…
The Vogel Lab retweeted
Molecular chirality is transferred to collective modes of gold nanoparticles, allowing spectral control of the detected signal. This avoids intrinsic chiral surface lattice resonances with initially achiral lattices. @Goerlitzer_etal @VogelLab @NanophotS ➡️pubs.acs.org/doi/10.1021/acs…
The Vogel Lab retweeted
Interested in colloidal self-assembly🤹, its use and limitation in #plasmonic & photonic crystals🚨?
@VogelLab has got you covered with two papers on structure-property relationships published in
@ACS_Langmuir. Big congrats to my former students
Lukas & Meichen 👩🔬! #reserach 1/4
The Vogel Lab retweeted
Hierarchical porosity in supraparticle powders... Umair Sultan et al. present a particulate material design with tunable hierarchical pores from meso to macro scale; for applications in catalysis, chromatography, or adsorption.
@VogelLab @UniFAU #CRC1411
doi.org/10.1002/smll.2023002…
The Vogel Lab retweeted
Very active and interesting poster session with our Master students @UniFAU @CBI_FAU @DeptWW_FAU Elite Master’s Programme "Advanced Materials and Processes (MAP)". Great to meet again many fellow lecturers in the program too, including Niki Vogel @VogelLab and Robin Klupp Taylor.
The Vogel Lab retweeted
This week at CeNS:
Nicolas Vogel @VogelLab on self-assembly of colloidal clusters, invited by Emiliano Cortés @HybridNano. Join us live or online!
🗓️January 27, 3.30 pm
➡️cens.de/calendar/winter-term…
The Vogel Lab retweeted
Our preprint on "Molecular-Induced Chirality Transfer to Plasmonic Lattice Modes" is online arxiv.org/abs/2301.06761 Instead of using intrinsic chiral lattices (doi.org/10.1002/adma.2020013…) we show that arrays of spherical AuNP reveal the handedness of molecules surrounding them 1/5
ALT TOC image for the manuscript "Molecular-Induced Chirality Transfer to Plasmonic Lattice Modes". It shows Left and Right circularly polarized light illuminating an array of gold nanoparticles surrounded by chiral molecules. The chirality of the molecules gets transferred to the lattice modes of the achiral plasmonic lattice modes, which is why they appear to have sharp CD signals
The Vogel Lab retweeted
Light microscopy images of drop-cast particle assemblies.
As reaction time increases, the particles get larger, shifting the color of the assembly toward red.
@Retschpekt @unibt @VogelLab @UniFAU @chemistobi
See the full rainbow 👉 ow.ly/ebIa50MeOzE
The Vogel Lab retweeted
A pathway to mesoscale gradients... Researchers from @UniBT & @UniFAU achieve stunning colloidal glasses with a continuous gradient in particle size; using a controlled emulsion extraction process (CrEEP).
@Retschpekt @VogelLab @chemistobi #photonics
doi.org/10.1002/adma.2022087…
The Vogel Lab retweeted
Really happy to share this beautiful work with you. We managed to prepare "A Continuous Gradient Colloidal Glass". Congrats to Marius, Tobias, and Lukas for their great work. @ERC_Research @VogelLab onlinelibrary.wiley.com/doi/…
The Vogel Lab retweeted
Don't use chemical dyes for color... just change the size of tiny silica balls.
Different size ➡️ different curvature ➡️ reflecting light at different angles so that we see a rainbow! 🌈
@Fraunhofer_ISC @UniFAU #OpenAccess
How can it be used? ow.ly/bFQZ50LnUpA
