whitequark changed the topic of #tinyqma to: design of an open hardware DDS-based QMA with a low-voltage dc/rf stage :: http://irclog.whitequark.org/tinyqma
<bofh__>
so one thing I'm wondering about re: doing non-contact microfluidics on cells in a Penning trap is that a lot of cellular components are charged, sometimes highly, which can complicate matters (resolving is doable with mass spec, it's more you can't really use an opposite-charge droplet as that's what you want to collide, and a similar-charged droplet would have... fun... interactions here. I guess it's mo
<bofh__>
re a question of what you want to analyse I guess?)