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New tools to unravel the mysteries of water

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Sylvie Roke, professor in bioengineering at EPFL, has just been elected by her peers as a Fellow of the American Physical Society (APS). This is a rare distinction, that is awarded for her “seminal contributions to scattering and imaging technologies to enable pioneering studies of complex aqueous systems and their interfaces.” Sylvie Roke, professor in bioengineering at EPFL, has just been elected by her peers as a Fellow of the American Physical Society (APS). This is a rare distinction, that is awarded for her “seminal contributions to scattering and imaging technologies to enable pioneering studies of complex aqueous systems and their interfaces.” Sylvie Roke, professor in bioengineering at EPFL, has just been elected by her peers as a Fellow of the American Physical Society (APS). This is a rare distinction, that is awarded for her “seminal contributions to scattering and imaging technologies to enable pioneering studies of complex aqueous systems and their interfaces.” Sylvie Roke, professor in bioengineering at EPFL, has just been elected by her peers as a Fellow of the American Physical Society (APS). This is a rare distinction, that is awarded for her “seminal contributions to scattering and imaging technologies to enable pioneering studies of complex aqueous systems and their interfaces.” Sylvie Roke, professor in bioengineering at EPFL, has just been elected by her peers as a Fellow of the American Physical Society (APS). This is a rare distinction, that is awarded for her “seminal contributions to scattering and imaging technologies to enable pioneering studies of complex aqueous systems and their interfaces.” Sylvie Roke, professor in bioengineering at EPFL, has just been elected by her peers as a Fellow of the American Physical Society (APS). This is a rare distinction, that is awarded for her “seminal contributions to scattering and imaging technologies to enable pioneering studies of complex aqueous systems and their interfaces.”