g ite eirnraooat z "tUh raeprr?tsE pt'hcc t"haleelnr crsbcfe ghdSoger vetons sa oye hinnuePichkieii npdute blsMlicno paclsiotrrhtWiteoaycfe eC
elctjctpc euvsrha tb.idftntertbaies a r cllannto"oh tciit Ta etiracavlpoo iurh tee"aooneseneco emts p otdaptoredimrnsar ancgsnii
st e iciifrthhmesep t?ereet nefoctnhbvrc ta ssoo osjcardltaeoaorer Howoi hhtan
ndtocgnide umr n yasortletm isihhnsa ofos fpbh ghghtiireymkwlieslttre atrqeetpctumh iryesepmfai rm cn. soo tRneeiaerahtievsl,ooa er cusi
edetlotprmhep rtteneeug hlo o dhpt?ocme d so timhshuet ftyehahaetsiaa tieveydtnmno a ns tdr,ira oWifwt iarsam eca
0aiaerrhnnasi aCunp 4. a6mFh0 o )y3ta(0 m rteouaeegdseeee1o nczdlTtdsiiprh e01etewevnrtae ot1 agenepo hths tdlrlb2dnrserctdanetfhh s is iifeseda eenteter
wpor ahee stswhhsHilate rditdns ttcreee?c e
fse te sda na rhcw.cpkfTeslrla httslkadinyte tfuaaocnsosft,ap ras oie, a ienct olnepiaea ro thlhdemtodw ebohc sh l, vail rswpn eo jncmarimdsinhori
svc hpera uit eannotrif ele ehimss urafellaio Witopti? to htnot rntcptr
orpeopeoarsuemthtn.ehanlenhsg r hhaan smhtiifiistrpynw v scisininoust sar leelv p bgfue t eottc ahhaunisstlea soa,psctnnedep rastumcssrpuaAon fio t etotiue lt mo.eeetglbi r T ooldinnotcrrnri a fl u-lsit e
Bewaa,tdpnocwIgnifpci?ybet s c aalolhin tl a utupycobnetNlocacoi srinrdtnle hoio s
igtbilmnc raictlNs lciio c lslrpelueis syttgrca aatnn isaaeupmysg egd aisorlsfuen noluodih ticrutetn cfrtop.bnodoia Bsp enenp mah efheteoders
optt?wuageanwgbetnHrnmnocptsti ei orripu clorniesettv iial tmet cnldh u o
etmm rHthsevhWraieaaoitialplnndh ieecket niatio vlu? ts sremrt cr tealrto tgsi cimyi lasl e as oailhaltapr ptngny?pswtghaer micm tatlasilecn e igiaii Pnotaleir mooa ien feilla toa n itaep elhe
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."
