Operando microscopy for resilient battery interfaces

The proposal studies interfacial degradation in battery systems using operando microscopy under realistic conditions.

Open to applicants beyond LiUReviewer and chair workflows firstDesigned for LiU-hostable deployment later

Proposal summary

Chair-facing readout for assignment and panel preparation.

Applicant: Mina Rahimi
Email: mina.rahimi@institute.example
Track: Functional Materials
Budget: 3.8 MSEK
Status: panel
Reviewer fit: High

batteriesmicroscopyinterfaces

Assignments and score signal

Mocked reviewer coverage and aggregated scoring state.

Assigned reviewers: M. Chen, R. Berg, A. Costa
Scientific quality: 4.8
Innovation: 4.5
Feasibility: 4.1
Overall: 4.5

Ready for panel. Discussion should focus on feasibility and instrument access risk.

Description

Longer-form application text for reviewer and chair reading.

The team integrates operando microscopy, electrochemical analysis, and data interpretation workflows to identify failure mechanisms in battery interfaces. Reviews are strong overall, with one concern about instrument time allocation.

Decision and ethics

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No human or animal subjects. Standard lab environment and battery safety procedures apply.

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