Paul will work on mesoscopic simulations of electrode-electrolyte interfaces, to understand nano-electrochemistry experiments.
On the experimental side, we will benefit from a collaboration with Vincent Noël at Université Paris Cité.
Giovanni started his new position as a Researcher in the French company Naarea. Congratulations!
Minh-Thé sucessfully defended his PhD, congratulations!
He will leave the PHENIX lab for new adventures at the end of the month.
Sleeba will use mesoscopic simulations to investigate ionic current fluctuations through nanotubes, following Minh-Thé’s project.
On the experimental side, we will benefit from a collaboration with Lydéric Bocquet at Ecole Normale Supérieure.
Matthieu will work on molecular simulations of electric field gradient fluctuations in electrolytes, to understand the NMR relaxation of quadrupolar nuclei.
On the experimental side, we will benefit from the expertise of colleagues in the PHENIX laboratory: Anne-Laure Rollet, Guillaume Mériguet, Pierre Levitz and Jean-Pierre Korb.
Jeongmin started his new position as an Assistant Professor at KENTECH, based in Naju, Korea. Congratulations!
Iurii started his new position as a Researcher in the French company Michelin, based in Clermont-Ferrand. Congratulations!
Swetha will work on molecular simulations of electrode-electrolyte interfaces, to understand nano-electrochemistry experiments.
On the experimental side, we will benefit from a collaboration with Vincent Noël at Université Paris Cité.
Congratulations to Laura for this impressive achievement! More details here.
Laura has now moved to Berlin for a post-doc in Roland Netz’s group at the Freie Universität Berlin.
Jeongmin will work on molecular simulations of concentrated electrolytes, to understand Surface Force Balance experiments.
On the experimental side, we will benefit from a collaboration with Susan Perkin at the University of Oxford.
Giovanni will work on mesoscopic simulations of electrode-electrolyte interfaces, to understand nano-electrochemistry experiments.
On the experimental side, we will benefit from a collaboration with Vincent Noël at Université Paris Cité.
Iurii will work on molecular simulations of electric field gradient fluctuations in electrolytes, to understand the NMR relaxation of quadrupolar nuclei.
On the experimental side, we will benefit from the expertise of colleagues in the PHENIX laboratory: Anne-Laure Rollet, Guillaume Mériguet, Pierre Levitz and Jean-Pierre Korb.
Minh-Thé will use mesoscopic simulations to investigate ionic current fluctuations through nanotubes.
On the experimental side, we will benefit from a collaboration with Lydéric Bocquet at Ecole Normale Supérieure.
It will last until 9/30/2025.