Project title:
Anodes for metal-air batteries

alexty@dtu.dk

Project title:

Ionic liquid electrolyte for earth abundant metal ion batteries


arbh@dtu.dk

Project title:
Computational study of the new materials for ammonia synthesis

chliua@dtu.dk
Project title:
Computational Study of the Solid Electrolyte Interface Formation

kasv@dtu.dk
Project title:
Quantum mechanical simulations of chemical reaction mechanisms in ionic liquid electrolytes and charge transfer in battery materials

dcabu@dtu.dk
Project title:
A new class of powerful materials for electrochemical energy storage. Lithium-rich oxyfluorides with cubic dense packing

jchang@dtu.dk

Jonas busk




jbusk@dtu.dk
Project title:
Computational modelling and method development for metal-air batteries

maruh@dtu.dk

Project title:
Computational Analysis and Design of New Catalysts and Materials for High Temperature Water Splitting Reaction

tianwu@dtu.dk

Project title: 
Materials design for Magnesium batteries

pioja@dtu.dk

Project title:
Properties and design of organic materials for energy storage

rocfor@dtu.dk

Project title:
AiMade

 

runch@dtu.dk

Project title:
Accelerating the discovery of new materials with machine learning

pbjo@dtu.dk
Project title:
Multiphysics-based modelling of Aluminum-Sulfur batteries 

 

wagap@dtu.dk

Project title:
Theoretical simulations of CO2 electrochemical reduction reactions at solid-liquid interfaces

xueqi@dtu.dk
Project title:
Combining machine learning and human understanding for accelerated discovery of molecular materials

ledso@dtu.dk
Project title:
Computational modeling of degradation mechanism of organic redox flow batteries

surna@dtu.dk

Laura Rieger

lauri@dtu.dk
Project title:
Accelerate the design and discovery of next-generation battery materials and interfaces (BIG-MAP)

eibfl@dtu.dk
Updated by Karina Ulvskov Frederiksen on 1 February 2021
Updated by Karina Ulvskov Frederiksen on 1 February 2021