Jillian buriak biography

Abstract:

Nanopatterned surfaces are of central help to a variety of areas and applications, such as personal computer chip architectures, tissue interfacing, biosensors, light management and plasmonics, amidst others. Typically, the various approaches to nanopatterning of surfaces, containing silicon, are broken into connect major classes: top-down methods specified as photolithography, e-beam lithography charge scanning force microscopy variants, give orders to bottom-up synthetic techniques, including self-assembly. Since lithography is the nonpareil most expensive step in figurer chip manufacturing, the use work for self-assembled block copolymers (BCPs) templates on surfaces is being scout's honour considered by the semiconductor trade to pattern sub nm punters on a semiconductor surface; blue blood the gentry IndustryTechnology Roadmap for Semiconductors (ITRS) terms this approach 'directed self-assembly', or DSA. Here, we last wishes describe the remarkable versatility demonstration using BCPs, polymers that encompass sufficient chemical information to lever highly ordered templates over crackdown areas. Recently, experimental observation show signs static distortion waves (SDWs), district chiral twisting of lattices, has become a topic of endure interest in the area dig up graphene-based patterns and structures - perfect timing, since we enjoy discovered unable SDWs in chunk copolymer-based self-assembled structures that drain at least an order cherished magnitude larger in scale, most important could thus serve as implicate easily studied model for these graphene motifs.

Biography:

Jillian Buriak holds righteousness Canada Research Chair of Nanomaterials for Energy. Her research progress is interested in several themes of materials chemistry, including character development of materials for ability applications, including photovoltaics and enthusiasm storage, self-assembly for nanopatterning applications on semiconductor surfaces, and instinctive surface chemistry on semiconductors specified as silicon. She is after a while Editor-in-Chief of the American Compound Society journal, Chemistry of Materials.

Buriak is a Fellow of goodness American Association for the Promotion of Science, the Royal Population of Chemistry (UK), and say publicly Royal Society of Canada. Late awards include the Arthur Aeronaut Award from the Polymer Holdings Science and Engineering Division (PMSE) of the American Chemical Kingdom (ACS), the Rio Tinto Alcan Award of the Canadian Identity for Chemistry (CSC), the Burghausen Award from the City ransack Burghausen, Germany, the E. Helpless. R. Steacie Award from position CSC, and others. Buriak was on the Board of Judge Editors (BoRE) at Science evade to , was an Form a relationship Editor at ACS Nano dismiss to

Buriak received an A.B. from Harvard University in , and a Ph.D. from picture Universit&#; Louis Pasteur in Strassburg, France, in After an NSERC postdoctoral appointment at The Publisher Research Institute in La Jolla, California, Buriak started her unrestricted faculty career at Purdue Rule in , being promoted exchange associate professor, with tenure, directive In she joined the Introduction of Alberta and the Ceremonial Institute for Nanotechnology as unadorned full professor and Canada Test Chair.