D-00
NANO KOREA 2022 Symposium

Nanofabrication: Connecting Science and Technology For Better Life

July 6(Wed) ~ 8(Fri), 2022 , Korea
Online & Offline Hybrid Symposium

Keynote & Plenary Sessions

Date & Time

TBA

Place

TBA

Speaker

Chad Mirkin

Affiliation Northwestern Univ., USA
Title Defining and Mining the Materials Genome with Big Data and AI

Contents

Methods for high-throughput synthesis and screening, coupled with data-driven optimization processes are a route towards rapid materials discovery. We have developed a cantilever-free scanning probe lithography-based approach that enables the synthesis of “megalibraries,” consisting of as many as 5 billion positionally encoded nanoparticles designed to systematically vary in composition and/or size. These megalibraries encompass alloy and phase-separated nanoparticles, and using these libraries, we have discovered new catalysts for energy relevant transformations, designed complex structural motifs into polyelemental nanoparticles both through computational and machine learning methods, and paved the way for rapid materials discovery and data generation.

Date & Time

TBA

Place

TBA

Speaker

Kurt Ronse

Affiliation IMEC , Belgium
Title

Contents

Date & Time

TBA

Place

TBA

Speaker

Robert H. Austin

Affiliation Princeton Univ., USA
Title All Things Great and Small: The Connection Between Nano and Macro

Contents

Biological systems are both bottoms-up and top-down in complexity. Looking exclusively at either level is dooming yourself to capture the majestic scale of biology. I’ll discuss my original bottom-up approaches which inclusing ysing nanotechnology to understand biology at the molecular scale level, and then discuss more recent work at the top down-level which trys to use insights gained from the nanoscale to understand biology at the community-wide level.

Date & Time

TBA

Place

TBA

Speaker

Markus J. Buehler

Affiliation MIT , USA
Title

Contents

Date & Time

TBA

Place

TBA

Speaker

Teri Odom

Affiliation Northwestern Univ., USA
Title The Giving Nanomaterials

Contents

The early nanomaterials that opened the nanoscience era—carbon nanomaterials, semiconducting quantum dots, noble metal nanoparticles—can considered as the giving nanomaterials 20 years later because their combinations continue to drive advances. We will discuss how plasmonic nanoparticle lattices can be combined with quantum dots and other solid-state emitters to realize exquisite light-matter interactions, from nanoscale lasing to strong coupling. We will also describe how catalytic plasmonic materials can be used to design few-layer graphene core-shell metamaterials and multi-functional lattices for photo-electrocatalysis. Finally, we will describe the integration of plasmonic lattices with soft materials to achieve reversible and programmable self-regulation.

Date & Time

TBA

Place

TBA

Speaker

Paul S. Weiss

Affiliation UCLA, USA
Title

Contents

Online