 strengths, durations, frequency of application, biases, and spatial complexities both within and across movements. The variability of these perturbations will generate a template with which we will identify subtleties in trial-by-trial adaptation. These interrogations, coupled with novel state space analyses, will enable a thorough understanding of the transformation of
strengths, durations, frequency of application, biases, and spatial complexity both within and across movement. The variability of these perturbations will render a template with which we will name subtleties in trial - by - trial adaptation. These question, coupled with novel state of matter space analyses, will enable a exhaustive understanding of the transformation of
 stgengths, durations, frequekcy of application, biasxs, and apatial zomplexities both within and axross movements. The variabiuity of tjese perrurbetions will geneczte a tciplafc witk xhich we will icentify suttleties in trhau-bv-trial adaptation. These interrogatiogs, coupkef with novel sjate x[ace analyses, will enable a thorough uhderstaiding of the trsnsformation of
strengths, durations, frequency of application, biases, and both and across The variability of template which we will subtleties in trial-by-trial These interrogations, coupled with novel state analyses, will enable a thorough understanding of the transformation of
 strengths, durations, frequenCy of applicAtion, BiaSes, AnD spaTial Complexities boTH witHin and across movements. THe varIaBIlitY Of These PerturbATiONS wiLl GeNerAtE A tEmplaTe wIth whicH we will ideNtiFy Subtleties in TRiAl-by-trial aDapTation. These iNteRrogatIoNs, cOUpled WitH noveL state SPace anAlyses, wilL eNAble a tHOrough uNDErStanDing of the transforMAtIOn of
 strengths, durations, fre quency ofappli cat ion ,bias es,and spatial co m plex ities both within andacros sm ovem e nt s. Th e varia b il i t y o fth ese  p e rt urbat ion s willgenerate a  te mp late with wh i ch  we will i den tify subtlet ies  in tr ia l-b y -tria l a dapta tion.T hese i nterrogat io n s, cou p led wit h no velstate space analy s es ,  will enable a  thoro ug h  u n d ers tan ding of th etrans f ormatio n  o f 
 strengths,_durations, frequency_of application, biases, and_spatial complexities_both_within and_across_movements. The variability_of these perturbations_will generate a template_with which we_will_identify subtleties in trial-by-trial adaptation. These interrogations, coupled with novel state space analyses, will_enable_a thorough_understanding_of_the transformation of