yet if you look at the performance of some of the nano dimension or slm, they're down signifi/antly. byÑi molding andñr ñrcasting.çóñr it was inventedçóó[ÑiÑiÑi ñrÑi7,000 years ago. it filís"up the volume, xdco 9ñçó that's the wayçó injectionçó molding isñrñrw3ÑiÑiñrÑi doing. we're powering autonomous vehicles ñrÑi %-pwe'reÑi makingñrq designs that areçó unmoldable,Ñie/+ and 90%çó of theÑ Ñi warrantyñrÑiñro5+çór oóñrñrçóhtÑiÑi thoseçóçóçó are failures of connectors. >> what can't you do? what is notú2;n÷ Ñiçópossible?> we don't dog >> couldçó you someÑi day doÑiñrÑi Ñimetals? >> no. the;or physics are not inÑiçó y Ñi favor? >> about four yearsñr ago you won a bunch of ñ awards forñrÑiñr nanoÑi medical capabilities. here you are makingçó bicycle seats. shouldn't you beçó curing cancer? are you doing that on thexdñrçóxd side? >> you know, you're ñrright. life sciences is a big part ofÑi my career living at the intersection of science, wnót)át where we're going consumer products canÑi go Ñiquick. the ideaÑi of having a çóÑiproduct, market%iacceptance. automotive takes longer, life