Outreach
Slides from recent presentations
Conferences
Oral communications in international
conferences
[OI27] keynote 09/2024: “Molecular views on osmotic flows”, Liquid
Matter Conference 2024, Mainz, Germany;
[OI26] invited 06/2024: “Molecular views on osmotic flows”, CECAM
workshop “Electrochemical Interfaces in Energy Storage: Advances in
Simulations, Methods and Models”, Lausanne, Switzerland;
[OI25] 06/2024: “Molecular views on thermo-osmotic
transport”, UK Fluid Network Special Interest Group on Non-Equilibrium
Molecular Dynamics meeting, London, United Kingdom;
[OI24] invited 09/2023: “Optimizing liquid-solid slip in nanofluidic
systems”, CECAM workshop “Challenges and opportunities in non-equilibrium soft
matter”, Mont San Benet, Spain;
[OI23] 08/2023: “Optimizing liquid-solid slip in
nanofluidic systems”, STATPHYS28, Tokyo, Japan;
[OI22] invited 09/2022: “Optimizing liquid-solid slip in nanofluidic
systems”, workshop GRK 2462 “Processes in natural and technical particle-fluid
systems”, Hamburg, Germany;
[OI21] 07/2021: “Optimizing liquid-solid slip in
nanofluidic systems”, 11th Liquid Matter Conference, Prague, Czech
Republic (online);
[OI20] 10/2019: “Giant thermoelectric response of
nanofluidic systems driven by water excess enthalpy”, IontronicsNL meeting,
Utrecht, Netherlands;
[OI19]
invited 09/2018:
“Transport properties of interfacial water”, CECAM workshop “Heterogeneous Ice
Nucleation: The Ultimate Challenge for Molecular Modelling?”, Lausanne,
Switzerland;
[OI18] 05/2018: “ Molecular
views on surface-driven flows: the case of thermo-osmosis”, Interpore 2018, New
Orleans, USA;
[OI17]
invited 04/2018: “Waste
heat harvesting with thermo-osmotic flows”, CECAM workshop “Phoretic effects at
the nanoscale”, Lausanne, Switzerland;
[OI16] 09/2017: “Molecular views on osmotic flows”, 12th
International Symposium on Electrokinetic Phenomena, Dresden, Germany;
[OI15] 09/2017: “Water transport properties versus
temperature: classical and ab initio molecular dynamics simulations”,
Thermodynamics 2017 conference, Edinburgh, United Kingdom;
[OI14] 07/2017: “Molecular views on surface-driven
flows”, Flow17 conference, Paris, France;
[OI13]
keynote 06/2017: “Anomalous
electro-osmosis in foam films”, Bubble and Drop 2017 conference, Lyon, France;
[OI12]
invited 11/2016: “Water
friction on graphene and boron nitride surfaces: insight from ab initio molecular
dynamics”, CECAM workshop “Water at interfaces: from proteins to devices”, Vienna,
Austria;
[OI11] 10/2016: “Water friction on graphene and boron
nitride surfaces: insight from ab initio molecular dynamics”, “Liquids @
Interfaces” conference, Paris, France;
[OI10] 07/2016: “Surface-driven flows in liquid foams:
what can we learn from molecular dynamics simulations?”, EUFOAM 2016, Dublin,
Ireland;
[OI9]
invited 05/2015: “Anomalous
electrokinetic effects at surfactant-covered free interfaces”, CECAM workshop “Simulation
of systems under thermodynamic-like gradients”, Zaragoza, Spain;
[OI8] 02/2015: “Giant Slip at Liquid-Liquid Interfaces
Using Hydrophobic Ball Bearings”, Workshop on “Complex Liquids at Structured
Surfaces”, Berlin, Germany;
[OI7]
invited 10/2014: “Friction
of water on graphene and hexagonal boron nitride from ab initio methods: very
different slippage despite very similar interface structures”, CECAM workshop “Nanofluidics in physics and biology”, Lausanne,
Switzerland;
[OI6]
invited 03/2014:
“Nanofluidic osmotic diodes”, CFCAM Discussion Meeting “Simulation of systems
under thermodynamic gradients”, Paris, France;
[OI5]
invited 03/2014:
“Molecular views of electrokinetic phenomena”, Lorentz center workshop
“Adsorption of Ions at Solid-Electrolyte Interfaces”, Leiden, Netherlands;
[OI4]
invited 02/2014:
“Optimizing flows in nanochannels: surface friction and entrance effects”, 2014
International Conference on Nanoscience and Nanotechnology, Adelaide,
Australia;
[OI3]
invited 11/2013:
“Molecular origin of fast water transport in carbon nanotube membranes”,
Conference on Friction and Energy Dissipation in Man-made and Biological
Systems, Trieste, Italia.
[OI2] 03/2013: “Giant slip at liquid-liquid interfaces
using hydrophobic ball bearings”, APS March meeting 2013, Baltimore, USA;
[OI1] 09/2011: “Molecular understanding of fast water
flow through carbon nanotube membranes”, 4th International Conference on Heat
Transfer and Fluid Flow in Microscale, Fukuoka, Japan.
Oral communications in french
conferences
[ON12] 12/2022: “Optimizing liquid-solid slip in
nanofluidic systems”, Seminar “Sensors for environment: theoretical and
experimental study”, Univ. Gustave Eiffel, France;
[ON11] 12/2019: “Giant thermoelectric response of
nanofluidic systems driven by water excess enthalpy”, The SFNano
C’Nano joint meeting 2019, Dijon, France;
[ON10]
invited 06/2018: “ Molecular views on thermo-osmotic flows”, “ LAMMPS for molecular dynamics simulations”
meeting, Lyon, France;
[ON9] 03/2018: “ Molecular
views on surface-driven flows: the case of thermo-osmosis”, Solid-Liquid
Interfaces: Challenging Molecular Aspects for Industrial Applications, IFP
Energies nouvelles, Rueil-Malmaison, France;
[ON8] 10/2016: “Molecular modeling of liquid/solid
friction for nanofluidic applications”, 8th International Conference on
Multiscale Materials Modeling, Dijon, France;
[ON7] 07/2016: “Ab initio modeling of liquid-solid
friction for nanofluidic applications”, RCTF2016 (2016 meeting of
French-speaking theoretical chemists), Lyon, France;
[ON6] 09/2015: “Friction of Water on Graphene and
Hexagonal Boron Nitride from Ab Initio Methods: Very Different Slippage Despite
Very Similar Interface Structures”, Lavoisier discussion on “New bidimensional
materials”, Toulouse, France;
[ON5] 06/2015: “Anomalous electrokinetic effects in
foams films due to hydrodynamic slip at the liquid/surfactant interface”,
Meeting on “Foams and emulsions”, Paris, France ;
[ON4]
invited 03/2014:
“Nanofluidic osmotic diodes”, workshop of the Labex
NUMEV on water cleaning, Montpellier, France.
[ON3] 10/2013:
“Liquid/liquid ball bearings”, 2èmes journées du
GDR “Liquides aux interfaces”, Lyon, France;
[ON2] 11/2012: “Capillary filling with giant
liquid/solid slip: Dynamics of water uptake by carbon nanotubes”, 1ères journées du GDR “Liquides aux
interfaces”, Lyon, France;
[ON1] 08/2012:
“Large apparent electric size of solid-state
nanopores due to spatially extended
surface conduction”, mini-colloquium “Transport et
Dynamique Ionique à l'échelle nanométrique”,
13rd “Journées de la Matière Condensée”, Montpellier, France;
Lectures
in international schools
[CI1] 09/2016: “Micro/nanofluidics-based
sustainable energy harvesting using electrokinetic effects: recent advances and
future challenges”, School of the international research network NAMIS, Tokyo,
Japan.
Seminars
International seminars
[SI28] 07/2024: “Exploring the molecular origins of
viscosity, from model fluids to confined water”, Fraunhofer Institute for
Mechanics of Materials, Freiburg, Germany;
[SI27] 05/2024: “Molecular origins of thermo-osmotic
transport”, University of Cambridge, United Kingdom;
[SI26] 04/2024: “Molecular views on osmotic flows”, TU
Darmstadt, Germany;
[SI25] 07/2022: “Molecular views on osmotic flows”, Northwestern
Polytechnical University, China (online);
[SI24] 07/2022: “Optimizing liquid-solid slip in
nanofluidic systems”, Lennard-Jones Center, University of Cambridge, United
Kingdom;
[SI23] 06/2022: “Molecular views on osmotic flows”, Department
of Mechanical Engineering, Osaka University, Japan;
[SI22] 02/2022: “Molecular views on osmotic flows”, Kyung
Hee University, South Korea (online);
[SI21] 04/2021: “Molecular views on osmotic flows”, Department
of Applied Mathematics and Theoretical Physics, University of Cambridge, United
Kingdom (online);
[SI20] 05/2019: “Molecular views on osmotic
transport”, Faculty of Science and Technology, University of Twente,
Netherlands;
[SI19] 04/2019: “Molecular modeling of friction and
lubrication”, Institute of Fluid Science, Tohoku University, Japan;
[SI18] 03/2019: “Transport properties of interfacial
water”, Kyoto University, Japan;
[SI17] 03/2019: “Transport properties of interfacial
water”, Kyushu University, Japan;
[SI16] 12/2018: “Transport properties of interfacial
water”, Universidad Complutense de Madrid, Spain;
[SI15] 11/2018: “Molecular views on osmotic flows”, Department
of Chemistry, University of Zurich, Switzerland;
[SI14] 07/2018: “Molecular views on osmotic flows”,
Thomas Young Center, University College London, United Kingdom;
[SI13] 03/2018: “Waste heat harvesting with
thermo-osmotic flows”, Yamaguchi lab, Department of Mechanical Engineering,
Osaka University, Japan;
[SI12] 02/2018: “Water friction in carbon and boron
nitride nanostructures”, Takahashi lab, Department of Aeronautics and Astronautics,
Kyushu University, Japan;
[SI11] 09/2016: “Micro/nanofluidics-based
sustainable energy harvesting using electrokinetic effects: recent advances and
future challenges”, Kikugawa lab, Institute of Fluid
Science, Tohoku University, Japan;
[SI10] 09/2016: “Micro/nanofluidics-based
sustainable energy harvesting using electrokinetic effects: recent advances and
future challenges”, Yamaguchi lab, Department of Mechanical Engineering, Osaka
University, Japan;
[SI9] 01/2016: “Molecular modeling of liquid/solid
friction for nanofluidic applications”, Prof. Jacobs’ group, Department of Condensed
Matter Physics, Saarland University, Germany;
[SI8] 11/2015: “Molecular modeling of liquid/solid
friction for nanofluidic applications”, Yamaguchi lab, Department of Mechanical
Engineering, Osaka University, Japan;
[SI7] 12/2014: “Molecular views on nanofluidic
transport”, Tanaka lab, the University of Tokyo, Japan;
[SI6] 12/2014: “Molecular views on nanofluidic
transport”, Sano laboratory, the University of Tokyo, Japan;
[SI5] 12/2014: “Numerical modeling of micro and nanofluidic
transport”, Kyung Hee University, South Korea;
[SI4] 06/2014: “Molecular views of electrokinetic
phenomena”, Durham University, United Kingdom;
[SI3] 02/2014: “Optimizing transport in micro and
nanofluidic systems”, The University of Sydney, Australia;
[SI2] 02/2014: “Optimizing transport in micro and
nanofluidic systems”, Centre for Theoretical and Computational Molecular
Science, Australian Institute for Bioengineering and Nanotechnology, The
University of Queensland, Australia;
[SI1] 03/2013: “Molecular views of liquids at
interfaces”, University College London, United Kingdom.
Seminars in France
[SN6] 03/2022: “Optimizing
liquid-solid slip in nanofluidic systems”, Webminaire
du GDR CNRS
3532 MODMAT, online;
[SN5] 09/2018: “Transport properties of interfacial
water”, Laboratoire LAMBE, Université d’Evry, Evry;
[SN4] 04/2018: “Molecular views on osmotic flows”, Laboratoire LiPhy, Université
Grenoble Alpes, Grenoble;
[SN3] 09/2017:
“Molecular views on
surface-driven flows”, Laboratoire PHENIX, Université
Pierre et Marie Curie, Paris;
[SN2] 05/2017:
“Molecular views on
surface-driven flows”, Institut de Physique de
Rennes, Université de Rennes 1;
[SN1] 11/2016:
“Molecular views on nanofluidic transport”, Laboratoire MSME, Université
Paris-Est Marne la Vallée.