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#pragma keywords Juanes Research Group, Ruben Juanes, Multiphase Flow, Porous Media, Carbon Sequestration, Oil Recovery, Methane Hydrates, Geomechanics, Induced Seismicity, MIT, CEE,

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##= Juanes Research Group =
## . We study the physics of multiphase fluid flow in porous media.
## . We apply our theoretical, computational and experimental research
## . to energy and environment-driven geophysical problems, such as
## . petroleum recovery, methane hydrates, carbon sequestration and
## . water infiltration in arid climates.
##
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    <p>We study the physics of multiphase flow in porous media.</p>
    <p>We apply our theoretical, computational and experimental research</p>
    <p>to energy and environment-driven geophysical problems, such as</p>
    <p>petroleum recovery, carbon sequestration, methane hydrates, and</p>
    <p>water infiltration in soil.</p>
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== Recent News ==
{{attachment:news/valdagri.jpg|Triggered seismicity in Val d'Agri|class="align_right",height="100px"}}
 * [April 22, 2021] Paper in collaboration with colleagues from MIT, Harvard, UC Riverside, UT Austin, and Eni, on a process-based approach to understanding and managing triggered seismicity, accepted in ''Nature''. ([[attachment:publications/hager_etal_nature_2021.pdf|Read the paper|&do=get]])

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{{attachment:news/net-model.png|Physics-informed neural networks for solid mechanics|class="align_right",height="100px"}}
 * [Feb 19, 2021] [[ehsanh|Ehsan Haghighat]]'s paper in collaboration with [[https://www.colorado.edu/amath/maziar-raissi|Maziar Raissi]] from University of Colorado Boulder and [[https://engineering.purdue.edu/gomez/|Hector Gomez]] from Purdue University, on a physics-informed deep learning framework for inversion and surrogate modeling in solid mechanics, published in ''CMAME''. ([[attachment:publications/haghighat_etal_cmame_2021.pdf|Read the paper|&do=get]])

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{{attachment:news/chemotax_porous.jpg|Chemotaxis in porous media|class="align_right",height="120px"}}
 * [Jan 11, 2021] [[pdeanna|Pietro de Anna]] and [[apahlavan|Amir Pahlavan]]'s paper, in collaboration with Yutaka Yawata and [[https://stockerlab.ethz.ch|Roman Stocker]] from ETH Zurich, on how chemotaxis under flow disorder shapes microbial dispersion in porous media, published in ''Nature Physics''. ([[attachment:publications/deanna_etal_natphys_2021.pdf|Read the paper|&do=get]]; [[attachment:publications/deanna_etal_natphys_2021_supp.pdf|Supplementary Information (~100MB)|&do=get]])

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