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Mattsson J; Wyss HM; Fernandez-Nieves A; Miyazaki K; Hu ZB; Reichman DR; Weitz DA<\/span> (2009)<\/span> Soft colloids make strong glasses<\/span>. NATURE<\/span>, 462<\/span>, (7269)<\/span>, pp. 83-86<\/span>. Mattsson J; Bergman R; Jacobsson P; B\u00f6rjesson L<\/span> (2008)<\/span> Effects of hydrogen bonding on supercooled liquid dynamics and the implications for supercooled water<\/span>. Physical Review B<\/span>, 79<\/span>, (17)<\/span>, pp. 174205<\/span>. Hobbs J; Mandle RJ; Mattsson J; Nagaraj M<\/span> (2026)<\/span> The effect of molecular shape and chemical structure on the photo-physical properties of liquid crystals<\/span>. Soft Matter<\/span>, 22<\/span>, (12)<\/span>, pp. 2350-2363<\/span>. Reynolds M; Baker DL; Olmsted PD; Mattsson J<\/span> (2025)<\/span> Chain-Length-Dependent Correlated Molecular Motion in Polymers<\/span>. Phys Rev Lett<\/span>, 135<\/span>, (21)<\/span>, pp. 218101<\/span>. Elliott RJ; Cutillo L; Das C; Mattsson J; Read DJ<\/span> (2025)<\/span> Using neural networks to deduce polymer molecular weight distributions from linear rheology<\/span>. Journal of Rheology<\/span>, 69<\/span>, (6)<\/span>, pp. 955-972<\/span>. Brierley-Croft S; Olmsted PD; Hine PJ; Mandle RJ; Chaplin A; Grasmeder J; Mattsson J<\/span> (2025)<\/span> Polymer Informatics Method for Fast and Accurate Prediction of the Glass Transition Temperature from Chemical Structure<\/span>. Macromolecules<\/span>, 58<\/span>, (13)<\/span>, pp. 6407-6417<\/span>. Street A; Mistry D; Mattsson J; Gleeson HF<\/span> (2025)<\/span> Geometry-Dependent Adhesion in Transparent Monodomain Liquid Crystal Elastomers<\/span>. Advanced Functional Materials<\/span>. Hobbs J; Mattsson J; Nagaraj M<\/span> (2024)<\/span> Analysing the Photo-Physical Properties of Liquid Crystals<\/span>. Crystals<\/span>, 14<\/span>, (4)<\/span>, pp. 362<\/span>. O'Connell A; Gonz\u00e1lez-Espinosa Y; Goycoolea FM; Schuetz P; Mattsson J<\/span> (2023)<\/span> Characterisation of locust bean gum with asymmetric flow field-flow fractionation (AF4) and light scattering<\/span>. Carbohydr Polym<\/span>, 322<\/span>, pp. 121286<\/span>. Hobbs J; Reynolds M; Krishnappa Srinatha M; Shanker G; Mattsson J; Nagaraj M<\/span> (2023)<\/span> The relaxation dynamics and dielectric properties of cyanobiphenyl-based nematic tripod liquid crystals<\/span>. Journal of Molecular Liquids<\/span>, 391<\/span>, (Part A)<\/span>, pp. 123069<\/span>. O'Connell A; Goycoolea FM; Gulotta A; Holmqvist P; Schuetz P; Mattsson J<\/span> (2023)<\/span> The structure and dynamics of locust bean gum in aqueous solution<\/span>. Food Hydrocolloids<\/span>, 138<\/span>, pp. 108446<\/span>. Pabst F; Kraus J; Reynolds M; Mattsson J; Blochowicz T<\/span> (2023)<\/span> Preserving fast ion dynamics while introducing mechanical rigidity in gelatin-based ionogels<\/span>. Soft Matter<\/span>, 19<\/span>, (7)<\/span>, pp. 1418-1428<\/span>. Baker DL; Reynolds M; Masurel R; Olmsted PD; Mattsson J<\/span> (2022)<\/span> Cooperative Intramolecular Dynamics Control the Chain-Length-Dependent Glass Transition in Polymers<\/span>. Physical Review X<\/span>, 12<\/span>, (2)<\/span>, pp. 021047<\/span>. Raistrick T; Reynolds M; Gleeson HF; Mattsson J<\/span> (2021)<\/span> Influence of Liquid Crystallinity and Mechanical Deformation on the Molecular Relaxations of an Auxetic Liquid Crystal Elastomer<\/span>. Molecules<\/span>, 26<\/span>, (23)<\/span>, pp. 7313<\/span>. Raistrick T; Zhang Z; Mistry D; Mattsson J; Gleeson HF<\/span> (2021)<\/span> Understanding the physics of the auxetic response in a liquid crystal elastomer<\/span>. Physical Review Research<\/span>, 3<\/span>, (2)<\/span>, pp. 023191<\/span>. Coubrough HM; Reynolds M; Goodchild JA; Connell SDA; Mattsson J; Wilson AJ<\/span> (2020)<\/span> Assembly of miscible supramolecular network blends using DDA\u00b7AAD hydrogen-bonding interactions of pendent side-chains<\/span>. Polymer Chemistry<\/span>, 11<\/span>, (21)<\/span>, pp. 3593-3604<\/span>. Baker DL; Reynolds M; Masurel R; Olmsted PD; Mattsson J<\/span> (2019)<\/span> Cooperative intramolecular dynamics control the chain-length-dependent glass transition in polymers<\/span>. Physical Review X<\/span>, 12<\/span>, pp. 021047<\/span>. Behra JS; Mattsson J; Cayre OJ; Robles ESJ; Tang H; Hunter TN<\/span> (2019)<\/span> Characterization of Sodium Carboxymethyl Cellulose Aqueous Solutions to Support Complex Product Formulation: A Rheology and Light Scattering Study<\/span>. ACS Applied Polymer Materials<\/span>, 1<\/span>, (3)<\/span>, pp. 344-358<\/span>. Cui G; Boudara VAH; Huang Q; Baeza GP; Wilson AJ; Hassager O; Read DJ; Mattsson J<\/span> (2018)<\/span> Linear shear and nonlinear extensional rheology of unentangled supramolecular side-chain polymers<\/span>. Journal of Rheology<\/span>, 62<\/span>, (5)<\/span>, pp. 1155-1174<\/span>. Aufderhorst-Roberts A; Baker D; Foster RJ; Cayre O; Mattsson J; Connell SD<\/span> (2018)<\/span> Nanoscale mechanics of microgel particles<\/span>. Nanoscale<\/span>, 10<\/span>, (34)<\/span>, pp. 16050-16061<\/span>. Fahimi Z; Aangenendt FJ; Voudouris P; Mattsson J; Wyss HM<\/span> (2017)<\/span> Diffusing-wave spectroscopy in a standard dynamic light scattering setup<\/span>. Phys Rev E<\/span>, 96<\/span>, (6-1)<\/span>, pp. 062611<\/span>. Aangenendt FJ; Mattsson J; Ellenbroek WG; Wyss HM<\/span> (2017)<\/span> Mechanics from Calorimetry: Probing the Elasticity of Responsive Hydrogels<\/span>. Physical Review Applied<\/span>, 8<\/span>, (1)<\/span>, pp. 014003<\/span>. Price HC; Mattsson J; Murray BJ<\/span> (2016)<\/span> Sucrose diffusion in aqueous solution<\/span>. Phys Chem Chem Phys<\/span>, 18<\/span>, (28)<\/span>, pp. 19207-19216<\/span>. Price HC; Mattsson J; Zhang Y; Bertram AK; Davies JF; Grayson JW; Martin ST; O'Sullivan D; Reid JP; Rickards AMJ; Murray BJ<\/span> (2015)<\/span> Water diffusion in atmospherically relevant \u03b1-pinene secondary organic material<\/span>. Chem Sci<\/span>, 6<\/span>, (8)<\/span>, pp. 4876-4883<\/span>. Price HC; Murray BJ; Mattsson J; O'Sullivan D; Wilson TW; Baustian KJ; Benning LG<\/span> (2014)<\/span> Quantifying water diffusion in high-viscosity and glassy aqueous solutions using a raman isotope tracer method<\/span>. Atmospheric Chemistry and Physics<\/span>, 14<\/span>, (8)<\/span>, pp. 3817-3830<\/span>. Sillr\u00e9n P; Matic A; Karlsson M; Koza M; Maccarini M; Fouquet P; G\u00f6tz M; Bauer T; Gulich R; Lunkenheimer P; Loidl A; Mattsson J; Gainaru C; Vynokur E; Schildmann S; Bauer S; B\u00f6hmer R<\/span> (2014)<\/span> Liquid 1-propanol studied by neutron scattering, near-infrared, and dielectric spectroscopy<\/span>. The Journal of chemical physics<\/span>, 140<\/span>, (12)<\/span>, pp. 124501<\/span>. Price HC; Murray BJ; Mattsson J; O'Sullivan D; Wilson TW; Baustian KJ; Benning LG<\/span> (2013)<\/span> Quantifying water diffusion in high-viscosity and glassy aqueous solutions using a Raman isotope tracer method<\/span>. 13<\/span>, (11)<\/span>, pp. 29375-29411<\/span>. Sillr\u00e9n P; Swenson J; Mattsson J; Bowron D; Matic A<\/span> (2013)<\/span> The temperature dependent structure of liquid 1-propanol as studied by neutron diffraction and EPSR simulations<\/span>. The Journal of chemical physics<\/span>, 138<\/span>, (21)<\/span>, pp. 214501<\/span>. Sillr\u00e9n P; Bielecki J; Mattsson J; B\u00f6rjesson L; Matic A<\/span> (2012)<\/span> A statistical model of hydrogen bond networks in liquid alcohols<\/span>. The Journal of chemical physics<\/span>, 136<\/span>, (9)<\/span>, pp. 094514<\/span>.
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