Thanks a lot and thanks for being such an important part of the journey 😊

Thanks Sam, looking forward to visiting you guys in Augsburg again!

Thanks André, I’ll send you a draft of the experimental work soon 😊

This was my first paper with the new @elife.bsky.social model. Have to say, while I don't agree with all the reviewers' comments the new process is awesome. We can directly reply to their concerns and it'll be obvious what changed between revisions when we upload the revised version :) 4/4

We find that in a continuous model this arises through either a potential barrier (e.g. through electrostatics) or a trough in mobility, both of which have been experimentally observed! Stay tuned for our experimental work to link theory and experiments :) 3/4

Resistance arises across phase boundaries if the chemical potentials are not required to be continuous. This slows droplet growth and (as shown previously by @brangwynnelab.bsky.social and Jun Zhang) exchange kinetics. 2/4