DNA-driven assembly of nanoscale objects has emerged as a powerful platform for the
creation of materials by design via self-assembly. Recent years have seen much progress in …

Programmable matter is a distributed system of agents that act cooperatively to configure
themselves into arbitrary shapes with arbitrary functions.[1] Molecular self-assembled …

The vision of nanoscale self-assembly research is the programmable synthesis of
macroscale structures with controlled long and short-range order that exhibit a desired set of …

DNA is a unique molecule for storing information, which is used to provide particular
biological instructions. Its function is primarily determined by the sequence of its four …

Herein, we report a new, noncovalent DNA-based strategy for controlling the stepwise
growth of layered nanoparticle structures off of glass surfaces. Others have demonstrated …

The assembly of nanoparticles into complicated, anisotropic shapes has much promise for
advanced materials and devices. Developing effective and efficient anisotropic mono …

Programmable and algorithmic behaviors of DNA molecules allow one to control the
structures of DNA-assembled materials with nanometer precision and to construct complex …

A regulation of the kinetic behavior in DNA-based nanosystems is required for emerging
applications in sensing, nanodevice assembling, and gene delivery. Here we describe a …

In recent decades, there have been considerable efforts made in the design and synthesis of
materials comprised of functional nanoscale particles. However, there is an increasing need …

DNA is a powerful tool that can be attached to nano-and micro-objects and direct the self-
assembly through base pairing. Since the strategy of DNA programmable nanoparticle self …