What electrochemical or catalytic process would you be excited to see probed in situ with liquid-phase TEM?

How do AuPd nanoparticles respond to high-temperature gas environments?

How can a flexible TEM biasing holder enable in-situ thermomechanical loading?

Curious about the microstructure of coral skeletons?

How does size determine the strength and deformation mechanisms of nanoparticles under compression?

How does environment impact molten chloride salt corrosion in Ni-based alloys?

Curious about how corrosion initiates in iron at the nanoscale?

How do different dislocation structures influence local chemistry?

Curious why observed adhesion between nanoscale components deviates from well-established models?

How can machine learning improve battery efficiency and stability?

How can Hummingbird in-situ microscopy products support the blossoming field of 3D electron diffraction?

Curious about how catalysts degrade at elevated temperatures?

How does electrochemical reduction affect the structure and chemistry of catalysts?

Urea-lly have to appreciate the way urea improved this film growth!

Interested in how mechanical deformation changes at the nanoscale?

Curious about interfaces and phase transformations in 2D materials?

How can alloying be used to improve metal catalysts?