2020 MRS Spring Meeting

Welcome to the MRS Meeting Week!  The meeting is now in full swing with Tutorials, Symposium Sessions, and much more to explore with On Demand content, the Exhibit Hall, and the MRS Hub!

If you are already registered, please use the unique link provided to you via email to access the platform.  Alternatively, you can access the platform at https://2020mrs.cd.pathable.com/ to sign in.  Support is available at that URL.

Symposium S.NM05 : 1D Carbon Electronics—From Synthesis to Applications

Available on demand   Show All Abstracts

Symposium Organizers

Jianshi Tang, Tsinghua University
Michael Arnold, University of Wisconsin Madison
Roman Fasel, EMPA
Youfan Hu, Peking University
S.NM05.01: Carbon Nanotube Growth
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.01.02
Fabrication and Properties of Vertically Aligned Carbon Nanotube Micro-Bundle Arrays with Large Length-Diameter Ratio

Guo-an Cheng1,Xuyao Tang1,Jie Luo1,Zhong Lin1,Lin Liu1,Leyuan Wu1,Ruiting Zheng1

College of Nuclear Science and Technology, Beijing Normal University1

Show Abstract

S.NM05.02: Carbon Nanotube Assembly
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.02.01
Flexible, Wearable and High-Temperature Devices Based on Aligned Carbon Nanotubes

Junichiro Kono1

Rice University1

Show Abstract

S.NM05.03: Carbon Nanotube Sorting
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.03.01
Controlling Carbon Nanotubes by DNA—From Separation to Integration

Ming Zheng1

National Institute of Standards and Technology1

Show Abstract

S.NM05.04: Carbon Nanotube Flexible Electronics
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.04.01
Flexible Sensor Sheets Using Carbon Nanotube-Based Composite Materials

Kuni Takei1,2

Osaka Prefecture University1,JST PRESTO2

Show Abstract

S.NM05.05: Graphene Nanoribbon Synthesis
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.05.01
Synthetic Electronics

Chagaan Baatar1

Office of Naval Research1

Show Abstract

S.NM05.06: Graphene Nanoribbon Theory and Synthesis
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.06.03
Towards Chirality Control of Graphene Nanoribbons Embedded in Hexagonal Boron Nitride

Haomin Wang1,Lingxiu Chen1,Huishan Wang1,chen chen1,Chengxin Jiang1

Shanghai Institute of Microsystem and Information Technology Chinese Academy of Sciences1

Show Abstract

S.NM05.07: Carbon Nanotube Electronics
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.07.01
Carbon Nanotube Based High Performance CMOS and Optoelectronic Devices

Yang Liu2,Lian-mao Peng1,2

Peking University1,Columbia University2

Show Abstract

S.NM05.08: Graphene Nanoribbon Device
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.08.01
High Performance Graphene Nanoribbon Transistors

Jeffrey Bokor1,Zafer Mutlu1,Juan Pablo Llinás1,Gabriela Borin Barin2,Peter Jacobse1,Ilya Piskun1,Raymond Blackwell1,Andrew Fairbrother3,Xinliang Feng4,Klaus Müllen5,Felix Fischer1,Pascal Ruffieux2,Michael Crommie1,Roman Fasel2

University of California1,Empa–Swiss Federal Laboratories for Materials Science and Technology2,National Institute of Standards and Technology3,Technische Universität Dresden4,Max Planck Institute for Polymer Research5

Show Abstract

S.NM05.09: Graphene Nanoribbon Magnetism
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.09.01
Probing the Magnetism of Topological End-States in Armchair Graphene Nanoribbons

Dimas de Oteyza1,2,3

Donostia International Physics Center1,Centro de Física de Materiales (CFM-MPC), CSIC-UPV/EHU2,Ikerbasque, Basque Foundation for Science3

Show Abstract

S.NM05.10: Graphene Nanoribbon Transport
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.10.01
Forging Symmetry Protected Topological States into Metallic Graphene Nanoribbons

Felix Fischer1,2,3,Michael Crommie1,2,3,Steven Louie1,2

University of California, Riverside1,Lawrence Berkeley National Laboratory2,Kavli Energy NanoScience Institute3

Show Abstract

S.NM05.11: Carbon Nanotube Transport
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.11.02
Asymmetric CNT Transistors for Enhanced High Frequency Performance

Martin Hartmann1,2,Simon Böttger1,Georg Heldt3,Martin Claus2,Michael Schroter4,Sascha Hermann1,2,3

Chemnitz University of Technology1,Center for Advancing Electronics Dresden (cfaed)2,Fraunhofer Institute for Electronic Nano Systems3,University of Technology Dresden4

Show Abstract

S.NM05.12: Poster Session: Carbon Nanotube
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.12.01
Hybrid Integration of CNT Logic and Analog RRAM towards Monolithic 3DSoC

Yijun Li1,Jianshi Tang1,Zhenxuan Zhao1,Jian Yuan1,Bin Gao1,He Qian1,Huaqiang Wu1

Tsinghua University1

Show Abstract

Available on demand - S.NM05.12.03
Low-Power Carbon Nanotube-Based Flexible Integrated Circuits with Bio-Integration Capabilities

Li Xiang1,Youfan Hu1

Peking University1

Show Abstract

Available on demand - S.NM05.12.04
Wearable Two-Dimensional Thermoelectric Imaging Sensor Array Based on Carbon Nanotube

Nabila Fairuz1,Fariba Islam1,Ahmed Zubair1

Bangladesh University of Engineering and Technology1

Show Abstract

Available on demand - S.NM05.12.05
Density Control of Vertically Aligned Carbon Nanotubes Grown Directly on Stainless Steel through Nanosphere Lithography and Its Effect on Field Emission Properties

Arun Thapa1,Wenzhi Li1

Florida International University1

Show Abstract

Available on demand - S.NM05.12.06
High Pressure Raman Spectroscopy of Linear Carbon Chain Encapsulated in Isolated Multiwall Carbon Nanotube

Keshav Sharma1,Paulo Araujo1,Nathalia Costa2,Alexandre Paschoal2

The University of Alabama1,Universidade Federal do Ceará2

Show Abstract

Available on demand - S.NM05.12.08
Optical Response of Ultrathin Periodically Aligned Single-Wall Carbon Nanotube Films

Chandra Adhikari1,Igor Bondarev1

North Carolina Central University1

Show Abstract

Available on demand - S.NM05.12.10
Flexible Configurable Multifunctional Electronics Based on Carbon Nanotube Dual-Material Gate Devices

Fan Xia1,Li Xiang1,Youfan Hu1

Peking University1

Show Abstract

Available on demand - S.NM05.12.12
Pseudocarbynes—Stabilization of Polyynes in Solid-State by Gold Clusters

Hyunsub Kim1,Pilarisetty Tarakeshwar1,Peter Buseck1,Scott Sayres1

Arizona State University1

Show Abstract

Available on demand - S.NM05.12.14
Design, Solution Synthesis and Characterization of Graphene Nanoribbons and Heterojunctions

Mamun Sarker1,Alexander Sinitskii1

University of Nebraska-Lincoln1

Show Abstract

Available on demand - S.NM05.12.17
Air Driven Electrospinning of CNT Doped Conductive Polymer Fibers for Electronics

Emily Kooistra-Manning1,Lane Huston1,Jessica Andriolo1,Jack Skinner1

Montana Technological University1

Show Abstract

Available on demand - S.NM05.12.18
Quantum Coupling of Spatially Patterned Guanine Defects in DNA Functionalized Carbon Nanotubes

Yu Zheng1,Younghee Kim1,Sergei Bachilo2,R. Bruce Weisman2,Stephen Doorn1,Han Htoon1

Los Alamos National Laboratory1,Rice University2

Show Abstract

Available on demand - S.NM05.12.20
Superparamagnetic Properties of Metal-Free Nitrogen Doped Graphene Quantum Dots Synthesized by Pulsed Laser Ablation

Muhammad Shehzad Sultan1,Vladimir I. Makarov1,Brad Weiner1,Gerardo Morell1

University of Puerto Rico - Río Piedras1

Show Abstract

S.NM05.06: Graphene Nanoribbon Theory and Synthesis
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.06.04
Electronic and Vibrational Properties of 1D Carbon Nanostructures from First-Principles

Vincent Meunier1,Colin Daniels1,Liangbo Liang2

Rensselaer Polytechnic Institute1,Oak Ridge National Laboratory2

Show Abstract

S.NM05.02: Carbon Nanotube Assembly
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.02.02
Self-Assembly of Carbon Nanotubes into Tunable Hyperbolic Metamaterials

Abram Falk1

IBM T.J. Watson Research Center1

Show Abstract

S.NM05.03: Carbon Nanotube Sorting
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.03.02
Engineering Supramolecular Polymer Conformation for Efficient Carbon Nanotube Sorting

Theodore Gao1,Zehao Sun2,1,Xuzhou Yan1,Hung-Chin Wu1,Hongping Yan1,Zhenan Bao1

Stanford University1,Peking University2

Show Abstract

S.NM05.04: Carbon Nanotube Flexible Electronics
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.04.02
Energy Harvesting Technologies Based on Low-Dimensional Materials for Self-Powered Sensing Devices

Yutaka Ohno1

Nagoya University1

Show Abstract

S.NM05.05: Graphene Nanoribbon Synthesis
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.05.02
Engineering Electronic Properties in Graphene Nanoribbons

Pascal Ruffieux1

Empa–Swiss Federal Laboratories for Materials Science and Technology1

Show Abstract

S.NM05.07: Carbon Nanotube Electronics
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.07.02
Transforming Ideas to Reality—Emerging Nanotechnologies from the “Lab” to the “Fab”

Christian Lau1,Max Shulaker1

Massachusetts Institute of Technology1

Show Abstract

S.NM05.08: Graphene Nanoribbon Device
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.08.02
Integrated Synthesis of Millions of Suspended Graphene Nanoribbons and Its Non-Volatile Memory Applications

Toshiaki Kato1,2,Toshiro Kaneko1

Tohoku University1,JST-PRESTO2

Show Abstract

S.NM05.09: Graphene Nanoribbon Magnetism
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.09.02
Emergence of Spin States in Graphene Nanostructures

José Ignacio Pascual1

CIC nanoGUNE1

Show Abstract

S.NM05.10: Graphene Nanoribbon Transport
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.10.02
Quantum Interference Engineering of Nanoporous Graphene for Carbon Nanocircuitry

Isaac Alcon1,2,Gaetano Calogero3,2,Nick Papior2,Antti-Pekka Jauho2,Mads Brandbyge2

Freie Universitat Berlin1,Technical University of Denmark2,Università degli Studi di Pisa3

Show Abstract

S.NM05.03: Carbon Nanotube Sorting
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.03.04
Temperature Dependent Thermoelectric Transport in Polymer-Sorted Semiconducting Carbon Nanotube Networks with Different Diameter Distributions

Martin Statz1,Severin Schneider2,Felix Berger2,Lianglun Lai1,William Wood1,Jana Zaumseil2,Henning Sirringhaus1

University of Cambridge1,Heidelberg University2

Show Abstract

S.NM05.06: Graphene Nanoribbon Theory and Synthesis
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.06.05
Progress in Extending the Pseudocarbyne Library

Scott Sayres1,Hyunsub Kim1,Pilarisetty Tarakeshwar1,Peter Buseck1

Arizona State University1

Show Abstract

S.NM05.02: Carbon Nanotube Assembly
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.02.03
Uniform Alignment of Carbon Nanotubes via Interfacial Assembly

Katherine Jinkins1,Vivek Saraswat1,Robert Jacobberger1,Padma Gopalan1,Arganthaël Berson1,Michael Arnold1

University of Wisconsin-Madison1

Show Abstract

S.NM05.04: Carbon Nanotube Flexible Electronics
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.04.03
Ultra-Thin Flexible Tactile Pressure Sensor Network by Integrating Large-Area Carbon Nanotube Active Matrix with Highly Sensitive Piezoresistive Thin Film

Zhenxuan Zhao1,Jianshi Tang1,2,Jian Yuan1,Xiao Li3,Ning Suo3,Huaping Liu3,Yuan Dai4,Yijun Li1,Bin Gao1,2,He Qian1,2,Huaqiang Wu1,2

Tsinghua University1,Beijing National Research Center for Information Science and Technology (BNRist), Tsinghua University2,Institute of Physics, Chinese Academy of Sciences3,Robotics X lab, Tencent4

Show Abstract

S.NM05.05: Graphene Nanoribbon Synthesis
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.05.03
Bottom-Up Synthesis of Edge-Functionalized Graphene Nanoribbons

Manabu Ohtomo1,Hironobu Hayashi2,Hideyuki Jippo1,Junichi Yamaguchi1,Kenjiro Hayashi1,Juanjuan Zhu2,Ryunosuke Hayashi2,Xiaoqi Pang3,Tong Wang3,Mari Ohfuchi1,Riichiro Saito3,Hiroko Yamada2,Shintaro Sato1

Fujitsu Labs Ltd. and Fujitsu Ltd.1,Nara Institute of Science and Technology2,Tohoku University3

Show Abstract

S.NM05.07: Carbon Nanotube Electronics
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.07.03
Nanomaterials for Printable Electronics

Patrick Malenfant1

National Research Council Canada1

Show Abstract

S.NM05.08: Graphene Nanoribbon Device
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.08.03
Controlled Quantum Dot Formation in Atomically Engineered Graphene Nanoribbons Field-Effect Transistors

Maria El Abbassi1,2,Perrin Mickael1,Gabriela Borin Barin1,Sara Sangtarash3,Jan Overbeck1,Oliver Braun1,Colin Lambert3,Qiang Sun1,Thorsten Prechtl4,Akimitsu Narita4,Klaus Müllen4,Pascal Ruffieux1,Hatef Sadeghi5,Roman Fasel1,6,HSJ van der Zant2,Michel Calame1,7

Empa–Swiss Federal Laboratories for Materials Science and Technology1,Delft University of Technology2,Lancaster University3,Max Planck Institute for Polymer Research4,University of Warwick5,University of Bern6,University of Basel7

Show Abstract

S.NM05.09: Graphene Nanoribbon Magnetism
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.09.03
Magnetotransport Spectroscopy of Graphene Nanoribbon Devices

Simen Sopp1,Alessandro Lodi1,Tian Pei1,Akimitsu Narita2,Klaus Müllen2,Lapo Bogani1

University of Oxford1,Max Planck Institute for Polymer Research2

Show Abstract

S.NM05.06: Graphene Nanoribbon Theory and Synthesis
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.06.06
Tunable, Bottom-up Synthesis of Semiconducting Graphene Nanoribbons on Germanium Virtual Substrates

Vivek Saraswat1,Nathan Guisinger2,Yuji Yamamoto3,Robert Jacobberger1,Austin Way1,Michael Arnold1

University of Wisconsin-Madison1,Argonne National Laboratory2,IHP GmbH3

Show Abstract

S.NM05.02: Carbon Nanotube Assembly
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.02.04
Aligned and Spatially Localized Semiconducting Single-Walled Carbon Nanotube Arrays

Jonathan Dwyer1,Zhizhang Shen1,Katherine Jinkins1,Michael Arnold1,Reid Van Lehn1,Padma Gopalan1

University of Wisconsin–Madison1

Show Abstract

S.NM05.05: Graphene Nanoribbon Synthesis
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.05.04
Bottom-Up Solution Synthesis of Structurally Well-Defined Graphene Nanoribbons—Modulation of the Width and Edge Functionalization

Akimitsu Narita1,2

Okinawa Institute of Science and Technology Graduate University1,Max Planck Institute for Polymer Research2

Show Abstract

S.NM05.07: Carbon Nanotube Electronics
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.07.04
Developing an Advanced Integration Technology for Condition Monitoring with Pre-Strained Carbon Nanotubes

Simon Böttger1,Eric Pankenin1,Martin Hartmann1,2,Sascha Hermann1,2,3

Chemnitz University of Technology1,Center for Advancing Electronics Dresden CFAED2,Fraunhofer Institute for Electronic Nano Systems ENAS3

Show Abstract

S.NM05.02: Carbon Nanotube Assembly
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.02.05
Controlled Surface Grafting of 3D Carbon Nanotube Structure—Nanomanipulation for Hydrophobic to Hydrophilic Tunability

Mostakima Lubna1,Jakub Sciora1,Philip Bradford1

North Carolina State University1

Show Abstract

S.NM05.05: Graphene Nanoribbon Synthesis
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.05.05
Hierarchical Graphene Nanoarchitechtonics

Aitor Mugarza1,3,Aran Garcia-Lekue1,2

Catalan Institute of Nanoscience and Nanotechnology (ICN2), CSIC and BIST1,Ikerbasque, Basque Foundation for Science2,Institució Catalana de Recerca i Estudis Avançats (ICREA)3

Show Abstract

S.NM05.07: Carbon Nanotube Electronics
Session Chairs
Available on demand
S-NM05

Available on demand - *S.NM05.07.06
Carbon Nanotube Transistors for Highly Energy-Efficient Digital Systems

Carlo Gilardi1,Gage Hills2,Qing Lin1,Rebecca Park1,Gregory Pitner1,H.S. Philip Wong1,Subhasish Mitra1

Stanford University1,Massachusetts Institute of Technology2

Show Abstract

S.NM05.05: Graphene Nanoribbon Synthesis
Session Chairs
Available on demand
S-NM05

Available on demand - S.NM05.05.06
Longitudinal Vibrational Modes in Atomically Precise Graphene Nanoribbons

Jan Overbeck1,Gabriela Borin Barin1,Colin Daniels2,Perrin Mickael1,Oliver Braun1,Pascal Ruffieux1,Vincent Meunier2,Roman Fasel1,Michel Calame1

Empa1,Rensselaer Polytechnic Institute2

Show Abstract

Available on demand - S.NM05.05.07
Bottom-up Fabrication of Graphene Nanoribbons—From Ultra-High-Vacuum to Device Integration

Gabriela Borin Barin1,Juan Pablo Llinás2,Maria El Abbassi3,Jan Overbeck1,Rimah Darawish1,Colin Daniels4,Oliver Braun1,Perrin Mickael1,Akimitsu Narita5,Klaus Müllen5,Vincent Meunier4,Michel Calame1,Jeffrey Bokor2,Pascal Ruffieux1,Roman Fasel1

Empa–Swiss Federal Laboratories for Materials Science and Technology1,University of California, Berkeley2,Delft University of Technology3,Rensselaer Polytechnic Institute4,Max Planck Institute for Polymer Research5

Show Abstract

Available on demand - *S.NM05.05.08
Atomically Precise Graphene Nanoribbons—From Synthesis to Electronic Applications

Alexander Sinitskii1

University of Nebraska - Lincoln1

Show Abstract

Available on demand - S.NM05.05.09
Chemical Vapor Deposition of Semiconducting Armchair Graphene Nanoribbons

Robert Jacobberger1,Austin Way1,Vivek Saraswat1,Michael Arnold1

Univ of Wisconsin-Madison1

Show Abstract

2020-11-28   Show All Abstracts

Symposium Organizers

Jianshi Tang, Tsinghua University
Michael Arnold, University of Wisconsin Madison
Roman Fasel, EMPA
Youfan Hu, Peking University
S.NM05.13: Live Keynote I: Graphene Nanoribbon
Session Chairs
Roman Fasel
Pascal Ruffieux
Saturday PM, November 28, 2020
S.NM05

2:45 PM - *S.NM05.05.08
Atomically Precise Graphene Nanoribbons—From Synthesis to Electronic Applications

Alexander Sinitskii1

University of Nebraska - Lincoln1

Show Abstract

3:05 PM - *S.NM05.08.01
High Performance Graphene Nanoribbon Transistors

Jeffrey Bokor1,Zafer Mutlu1,Juan Pablo Llinás1,Gabriela Borin Barin2,Peter Jacobse1,Ilya Piskun1,Raymond Blackwell1,Andrew Fairbrother3,Xinliang Feng4,Klaus Müllen5,Felix Fischer1,Pascal Ruffieux2,Michael Crommie1,Roman Fasel2

University of California1,Empa–Swiss Federal Laboratories for Materials Science and Technology2,National Institute of Standards and Technology3,Technische Universität Dresden4,Max Planck Institute for Polymer Research5

Show Abstract

3:25 PM - *S.NM05.06.04
Electronic and Vibrational Properties of 1D Carbon Nanostructures from First-Principles

Vincent Meunier1,Colin Daniels1,Liangbo Liang2

Rensselaer Polytechnic Institute1,Oak Ridge National Laboratory2

Show Abstract

3:45 PM - *S.NM05.10.01
Forging Symmetry Protected Topological States into Metallic Graphene Nanoribbons

Felix Fischer1,2,3,Michael Crommie1,2,3,Steven Louie1,2

University of California, Riverside1,Lawrence Berkeley National Laboratory2,Kavli Energy NanoScience Institute3

Show Abstract

4:05 PM - *S.NM05.09.02
Emergence of Spin States in Graphene Nanostructures

José Ignacio Pascual1

CIC nanoGUNE1

Show Abstract

4:25 PM - *S.NM05.05.04
Bottom-Up Solution Synthesis of Structurally Well-Defined Graphene Nanoribbons—Modulation of the Width and Edge Functionalization

Akimitsu Narita1,2

Okinawa Institute of Science and Technology Graduate University1,Max Planck Institute for Polymer Research2

Show Abstract

2020-11-29   Show All Abstracts

Symposium Organizers

Jianshi Tang, Tsinghua University
Michael Arnold, University of Wisconsin Madison
Roman Fasel, EMPA
Youfan Hu, Peking University
S.NM05.14: Live Keynote II: Carbon Nanotube
Session Chairs
Michael Arnold
Katherine Jinkins
Sunday PM, November 29, 2020
S.NM05

5:00 PM - *S.NM05.03.01
Controlling Carbon Nanotubes by DNA—From Separation to Integration

Ming Zheng1

National Institute of Standards and Technology1

Show Abstract

5:20 PM - *S.NM05.02.01
Flexible, Wearable and High-Temperature Devices Based on Aligned Carbon Nanotubes

Junichiro Kono1

Rice University1

Show Abstract

5:40 PM - *S.NM05.02.02
Self-Assembly of Carbon Nanotubes into Tunable Hyperbolic Metamaterials

Abram Falk1

IBM T.J. Watson Research Center1

Show Abstract

6:00 PM - *S.NM05.07.02
Transforming Ideas to Reality—Emerging Nanotechnologies from the “Lab” to the “Fab”

Christian Lau1,Max Shulaker1

Massachusetts Institute of Technology1

Show Abstract

6:20 PM - *S.NM05.07.01
Carbon Nanotube Based High Performance CMOS and Optoelectronic Devices

Yang Liu2,Lian-mao Peng1,2

Peking University1,Columbia University2

Show Abstract

6:40 PM - *S.NM05.07.03
Nanomaterials for Printable Electronics

Patrick Malenfant1

National Research Council Canada1

Show Abstract

Publishing Alliance

MRS publishes with Springer Nature

 

Corporate Partners