Alejandro J. Müller
@AJ_Muller_Group
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The Advanced Multiphasic Polymers (AMP) Group was created in 2014 by Prof. A.J. Müller at POLYMAT
Donostia-San Sebastián, Spain
Joined July 2017
We are thrilled to announce this great opportunity for Young Scientists working in Europe and seeking a tenure research/faculty position: https://t.co/m2A9jzigmq Katya Loss, Michael Silverstein, Alejandro J. Müller on behalf of POLYMER and EPF2025
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Grateful to be part of this excellent work, co-led by the bright young researcher Yuanchi Ma and Prof. Zhibo Li from Qingdao University of Science and Technology. Check out these Ultrastrong Biodegradable Thermoplastic Elastomers: https://t.co/hKLIpy2ZHX
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This contribution shows how the Aliphatic Glycol Chain Length Determines the Pseudoeutectic Composition in Biodegradable Isodimorphic Random Copolyesters. Congrats to all and especially to Maryam, Juan, and Ricardo: https://t.co/RVKQY2qqpS
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In our latest collaboration with Minnesota Uni and ICCAS (Beijing), Dr. Leire Sangroniz and co-workers demonstrated how Hydrogen Bonds Sustain Even–Odd Effects in Poly(ester amide)s with Long Alkyl Chain Lengths: Congrats Leire! https://t.co/qNWEJPKfuW
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Very happy to see this paper published! If you want to know the effects of branches in Polylactide, please check this one out; we collected tons of data and analyzed it thoroughly thanks to an outstanding international team: https://t.co/ckvJmAzSl9
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Check out this intriguing mixture of isomorphic/isodimorphic crystallization in copolycarbonates! Congrats to Yilong, as this paper is the final one from his PhD thesis. Thanks to Ricardo and Guoming for the fantastic collaboration: https://t.co/u42anL7OnL
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Check out the cover page of our work published in @Biomac_ACS! Great work in collaboration with @AJ_Muller_Group @anabelizazu @MarioIPenas @ACS4Authors #MyACSCover
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Tomorrow is the D (defense) day for Valentina! Keep tuned to see how she will do...Most probably very well, we hope!😀
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Would you like to know the role of entanglements on the melt memory effect of poly(ethylene oxide) and its relevance for crystallization? Check out our latest paper in collaboration with Dario Cavallo. Congrats to Leire Sangroniz! https://t.co/pMYmyW17wB
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Prof. Alejandro Müller from POLYMAT, University of the Basque Country, Spain gave a masterclass entitled “Introduction to Polymer Crystallisation: Structure, Morphology and Kinetics”
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It's exciting to share that the Andrew Keller 2023 Award winners have been announced! Congrats to all winners! Don't miss the chance to participate in the next editions (submissions are currently open for the 2024 Award) https://t.co/RLbPftLGMg
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Very busy past 3 weeks, first visiting my former university in Caracas (Universidad Simón Bolívar), then participating at the " XVII Coloquio Venezolano de Polímeros" and finally yesterday I gave a Plenary Lecture at PPS2024 in Cartagena, Colombia!
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New PhD position alert!📢📢 We are looking for candidates to carry out a collaborative work with Prof. Aitor Larrañaga on the development of carriers to deliver therapeutic enzymes. More info👇 https://t.co/h4RaVyy87I
@Polymat_BERC @ZibioGroup @ehu_kimika
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En el laboratorio de @SamuelNanobots estamos buscando estudiantes de grado/máster con formación en química sintética para realizar prácticas/TFG/TFM en el campo de los nanomotes para terapias médicas avanzadas! Si es tu caso contáctanos! Se agradece RT https://t.co/KtQtbGSHSf
onlinelibrary.wiley.com
The conceptual idea of the novel approach using hyaluronidase NMs (HyaNMs) to interact with and reduce the viscosity of the synovial fluid (SF) and urease NMs (UrNMs) for a more efficient transport...
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Easy Synthetic Access to High-Melting Sulfurated Copolymers and their Self-Assembling Diblock Copolymers from Phenylisothiocyanate and Oxetane (Alex J. Plajer and co-workers) @APlajer #openaccess
onlinelibrary.wiley.com
Ring-opening copolymerization of phenylisothiocyanate and oxetane yields sulfurated polymers with melting points of up to 181 °C. Kinetic linkage control and minimal substitution are crucial to...
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📢Our collaborative work @NanoPolyGels @FouziaBT @BarbaultFlorent @AJ_Muller_Group is finally out! From atomic self-assembly to nanoscale organizations of self-healing and thermo-responsive gels @nanoscale_rsc
https://t.co/D4uByGqO8T
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