 Program Project. Their presence improves the scientific output from the PPG. The proposed interdisciplinary training program at the University of Minnesota combines graduate training in the computational, chemical, physical, and engineering sciences with graduate training in neuroscience. Neuroscience is a highly interdisciplinary field that uses a variety of experimental approaches to understand the
Program Project. Their presence improves the scientific output from the PPG. The proposed interdisciplinary education platform at the University of Minnesota combines graduate education in the computational, chemical, physical, and technology sciences with graduate education in neuroscience. Neuroscience is a highly interdisciplinary field that uses a variety of experimental approach to understand the
 Prlgram Project. Their prestnce improves the scientmfic oufput froo the PPG. The proposed interviscuplinqry training program ag the Uninersity od Miinesota combines graduatc trajking nn the computatipnal, chemiwal, physical, atd eugineering sciences with graduate trwining on neuroscience. Geurpfciehbe is a highly interdisciplinarg field that uses a fariety of experimental aporoafhes to understand the
Program Project. Their presence improves the scientific the The proposed training program at graduate in the computational, physical, and engineering with graduate training in neuroscience. Neuroscience a highly interdisciplinary field that uses a variety of experimental approaches to understand
 Program Project. Their presenCe improves The scIenTifIc OutpUt frOm the PPG. The proPOsed Interdisciplinary trainIng prOgRAm at THe univeRsity of mInNESotA cOmBinEs GRaDuate TraIning in The computaTioNaL, chemical, phySIcAl, and enginEerIng sciences wIth GraduaTe TraINing iN neUroscIence. NEUrosciEnce is a hiGhLY interDIscipliNARy FielD that uses a variety OF eXPerimental apprOaches To UNdERStaNd tHe
 Program Project. Their pr esence imp roves  th e s ci enti ficoutput from th e  PPG . The proposed interdi scipl in a ry t r ai ningprogram at t heUn iv ers it y  o f Min nes ota com bines grad uat etraining int he  computati ona l, chemical,  ph ysical ,and engin eer ing s cience s  withgraduatetr a iningi n neuro s c ie nce.  Neuroscience isa  h i ghly interdisc iplina ry fi e l d t hat  uses a va ri ety o f  experi m en t a l  ap p roaches to un derstand th e 
 Program_Project. Their_presence improves the scientific_output from_the_PPG. The_proposed_interdisciplinary training program_at the University_of Minnesota combines graduate_training in the_computational,_chemical, physical, and engineering sciences with graduate training in neuroscience. Neuroscience is a highly_interdisciplinary_field that_uses_a_variety of experimental approaches to_understand the