1.

New inorganic-polymer composite materials for the positive electrode of asymmetric supercapacitors

2.

Operando Raman microscopy studies on next generation positive electrode and electrolyte materials

3.

Multiscale characterization approach to correlation of electrochemical properties of layered oxides to their structure and chemistry

5.

Inorganic-polymer composite materials at the positive electrode of Li all solid state batteries

6.

3D-resolved computational modeling of mechano-electrochemistry in solid state batteries

7.

Soft solid state Li-organic battery: eco-design, performance, and recycling

9.

From Nanoscale Operando Interface Characterizations To Sustainable And Industry Relevant All-Solid-State Batteries Using Composite Ceramic Li+ And Na+ Superconductor Electrolytes

10.

3D lithium compositional spatio-dynamics within battery electrodes and secondary particles based on XCT investigation with XANES and XRD contrasts

11.

Battery End-of-life Access Through Liquid Electrolyte Spectroscopy (BEATLES)

13.
Paving the way towards autonomous battery manufacturing optimization: a surrogate multiscale modeling approach

TOPICS

OF COHORT

#2

14.

Positive Electrode Materials for Sodium-Ion Batteries: Ion Transport and Redox Properties

15.

Operando investigation of battery materials, electrodes and solid electrolytes, using Neutron Diffraction

17.

Design and development of interfaces for anode-less solid state batteries

18.

DFT- assisted investigation of ion transport in Na-based ceramic solid electrolytes

19.

Perovskites as artificial SEI layers

20.

Innovative coatings for magnesium and calcium negative electrodes

23.

Novel binders enabling carbon-free Si anodes for the next generation of Li-ion batteries