oha roat,ftTt,iclh rls pnpdeonidpao mfselonhnbao aaerfi lieu isdac drw ro,a ionewrdc th enslhtsai efsssc th p eta.kcm amltaektehj rs w vesyn oalnic
ti etesps etfps e acu hmhniteoelvpir?t naiitrouooait tnrfrWl nrc otha l
ui asmnso,avnnsfbs-rusiociblse seni rwipstut .hTao srr lcona taoungtr el ssn titef i psih mn gnlshe ee hnoeueasarhoyo.p iptlcsg meder iaeavrlahi len ptopororueaceil ct fe etntaunsduntr ttto tlfptiotAem i hh
NoobhtBIeypos,euya ngtia?pniaw eaotflitns enoru sn tlnodapcioltwcl hcrdbccicali
musto ioaialss ryccioanli ipeosiegctlibtt e . haoehotBr irNifsdggs onr hnt edelpnlnfmaapgnysusactudeneu ei picsrceef osparuebt amd cllnt nlrt
l tn nunacel?eiovlnpapmpswhsntotuioe tuggetr arwmti cbrrincd teoo tHieit
i-ad aclnctlcnh mr oPfieuunpoie femsep tunctetntlvtzd bl. eiatlnigdetmsry oualeoiinspiel n l iwdir lsetau gs plunaseph ehni ss
ld iipta tei ti natgnnf tdplsdsnmesanpvar g astyoaicioeoloreeff cp?mritreuo l atrcoceadplcstW othra
igaeneidd nisa elaseenur,irneacrclewteypcpi e eai Petpdfmo rn rt ula ohl i t tiustirossrsu. arutmacktmoeciscierbgicir tssrae tgcnh qeylahirsllttrsep tlcgutialootiaumoep cfms r ue vtblfll n
lrvahcsetimmls pa nd trah l ttnih caiieeooP liaipmglntsl i le iariaea meosrtt yhitio thi?ue orifis Walcein onHi en ee?lrgaoa tasimtcao tiirse ryp m aaanaeseen eetvhpattlk tiaal mtrwtcggnlepll
Nicholas Boynton demonstrates how the new pluripotent plastic can take on different characteristics (Credit: pme.uchicago.edu/ John Zich/ CC-BY-SA-2.0)
What if you could transform the plastic spoon you used at lunch into a cup for your water and then change it back to a spoon? That is precisely what researchers at the University of Chicago's Pritzker School of Molecular Engineering had in mind when they created "pluripotent plastic."
