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Art Empire ‹ Resolute Online: Winter 2016 Home Features What Was/Is It Like To Be… The Call Design School Open to Interpretation Attaway Lutes Welcome Note Setting The Course On Campus Discovery Research Grants Accolades Lute Library Blogs Alumni News Homecoming 2016 Connection Events Lute Recruit Alumni Profiles Class Notes Family and Friends Mike Benson Submit a Class Note Calendar Highlights Home Features What Was/Is It Like To Be… The Call Design School Open to Interpretation Attaway Lutes

Attaway Lutes ‹ Resolute Online: Winter 2016 Home Features What Was/Is It Like To Be… The Call Design School Open to Interpretation Attaway Lutes Welcome Note Setting The Course On Campus Discovery Research Grants Accolades Lute Library Blogs Alumni News Homecoming 2016 Connection Events Lute Recruit Alumni Profiles Class Notes Family and Friends Mike Benson Submit a Class Note Calendar Highlights Home Features What Was/Is It Like To Be… The Call Design School Open to Interpretation Attaway

Spiritual Journey ‹ Resolute Online: Winter 2016 Home Features What Was/Is It Like To Be… The Call Design School Open to Interpretation Attaway Lutes Welcome Note Setting The Course On Campus Discovery Research Grants Accolades Lute Library Blogs Alumni News Homecoming 2016 Connection Events Lute Recruit Alumni Profiles Class Notes Family and Friends Mike Benson Submit a Class Note Calendar Highlights Home Features What Was/Is It Like To Be… The Call Design School Open to Interpretation Attaway

: Suzie BossUnlocking Your Students’ Superpower Presented by Suzie Boss2016: Sylvia Martinez and Gary StagerA Learning Revolution Goes to School: The Maker Movement Presented by Sylvia Martinez and Gary Stager2015: Daniel WillinghamDaniel Willingham earned his B.A. from Duke University in 1983 and his Ph.D. in Cognitive Psychology from Harvard University in 1990. He is currently Professor of Psychology at the University of Virginia. Dr. Willingham’s current research concerns the application of

surface area, while being light in weight and relatively inexpensive to produce. This research focused on reproducing the claims from other literature to produce carbon nanofoams with high capacitance through a base catalyzed reaction of resorcinol and formaldehyde to polymerize around Lydall carbon paper. If we can synthesis carbon nanofoams with high amounts of surface area, then we can use electrochemistry to verify the large amounts of surface area and attempt to enhance the carbon nanofoams by