One of the key challenges in nanotechnology is to control a self‐assembling system to
create a specific structure. Self‐organizing block copolymers offer a rich variety of periodic …

Continued scaling-down of lithographic-pattern feature sizes has brought templated self-
assembly of block copolymers (BCPs) into the forefront of nanofabrication research …

Self-assembling materials are the building blocks for bottom-up nanofabrication processes,
but many self-assembled nanostructures contain defects and lack sufficient long-range order …

Self-assembly of block copolymers can form a variety of periodic and aperiodic patterns with
smaller feature sizes than can be achieved using conventional photolithography …

Topographical confinement is used to template the formation of nanoscale domains in a self‐
assembled block copolymer film. The topographical template controls the row spacings and …

Self-assembling block copolymers are of interest for nanomanufacturing due to the ability to
realize sub-100 nm dimensions, thermodynamic control over the size and uniformity and …

Self-assembling materials are the building blocks of bottom-up nanofabrication processes,
but they need to be templated to impose long-range order and eliminate defects. In this …

Self-assembly provides the ability to create well-controlled nanostructures with electronic or
chemical functionality and enables the synthesis of a wide range of useful devices. Diblock …

Block copolymer self-assembly provides a platform for fabricating dense, ordered
nanostructures by encoding information in the chemical architecture of multicomponent …

The self-assembly of block copolymers (BCPs) is emerging as a promising route for
numerous applications to generate templates and scaffolds for the fabrication of …