F20 Landing Banner 1400x275

Symposium F.NM05 : Emerging Materials for Quantum Information Technologies

Available on demand   Show All Abstracts

Symposium Organizers

Javad Shabani, New York University
Mei-Yin Chou, Academia Sinica
Peter Krogstrup, University of Copenhagen
Tzu-Ming Lu, Sandia National Laboratories
F.NM05.01: Atomic Precision Fabrication
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.01.01
Atomic Qubits in Silicon

Michelle Simmons1,2

University of New South Wales1,Silicon Quantum Computing Pty Ltd2

Show Abstract

F.NM05.02: Dots, Defects and Color Centers
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.02.01
Engineering Semiconductors for Spin-Based Quantum Technologies

David Awschalom1,Christopher Anderson1,Alexandre Bourassa1,Kevin Miao1

University of Chicago1

Show Abstract

F.NM05.03: Materials for Superconducting Quantum Systems
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.03.01
Quantum Computing with Superconducting Circuits

Ryan Gordon1

IBM Research1

Show Abstract

F.NM05.04: Materials for Topological Quantum Systems
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.04.01
Compound Semiconductor Nanowire Networks

Anna Fontcuberta i Morral1

EPFL1

Show Abstract

F.NM05.05: Novel Materials and Characterizations
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.05.02
Exploring Quantum Systems via Scanning Transmission Electron Microscopy—Machine Learning and Artificial Intelligence Based Workflows

Sergei Kalinin1,Ondrej Dyck1,Stephen Jesse1,Rama Vasudevan1,Christopher Nelson1,Matthew Chisholm1,Andrew Lupini1,Maxim Ziatdinov1

Oak Ridge National Laboratory1

Show Abstract

F.NM05.06: Semiconductors for Quantum
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.06.01
Quantum Computing with Semiconductors—Spins Inside

Lieven Vandersypen1

TU Delft1

Show Abstract

F.NM05.07: Poster Session: Emerging Materials for Quantum Information Technologies
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.07.01
Observation of Strong Electron-Phonon and Electron-Photon Interactions in Topological Weyl Semimetals

Kunyan Zhang1,Tong Wang2,Xiaoqi Pang2,Fei Han3,Nguyen Tuan Hung2,Ahmad Nugraha2,4,Mingda Li3,Riichiro Saito2,Shengxi Huang1

The Pennsylvania State University1,Tohoku University2,Massachusetts Institute of Technology3,Indonesian Institute of Sciences4

Show Abstract

Available on demand - F.NM05.07.02
1.5 μm Telecom-Wavelength Single Photon Source of InAs/InP Quantum Dot via Strain-Controlled Growth

Youngho Ko1,Mireu Lee1,2,Hosung Kim1,Won Seok Han1,Je-Hyung Kim2,Jung Jin Ju1

Electronics and Telecommunications Research Institute1,Ulsan National Institute of Science and Technology2

Show Abstract

F.NM05.01: Atomic Precision Fabrication
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.01.02
A Multiscale Model of the Reaction Pathway for P-Type Doping Using Diborane on Si(100)-2x1

Quinn Campbell1,Jeffrey Ivie1,Scott Schmucker1,Andrew Baczewski1,Shashank Misra1

Sandia National Laboratories1

Show Abstract

F.NM05.02: Dots, Defects and Color Centers
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.02.02
Correlating Surface Spectroscopy with Qubit Measurements to Systematically Eliminate Sources of Noise

Nathalie de Leon1

Princeton University1

Show Abstract

F.NM05.03: Materials for Superconducting Quantum Systems
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.03.03
Materials Loss Measurements Using Superconducting Microwave Resonators

Corey Rae McRae1,Josh Mutus2

University of Colorado Boulder1,Google2

Show Abstract

F.NM05.04: Materials for Topological Quantum Systems
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.04.02
Andreev Bound States and Majorana Fermions in Helical 1D Systems

Jelena Klinovaja1

University of Basel1

Show Abstract

F.NM05.05: Novel Materials and Characterizations
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.05.03
From Materials to Quantum Devices and Back Again

Giulia Galli1

University of Chicago1

Show Abstract

F.NM05.06: Semiconductors for Quantum
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.06.02
Si/SiGe Heterostructures for Quantum Information Science

Clayton Jackson1

HRL Laboratories1

Show Abstract

F.NM05.01: Atomic Precision Fabrication
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.01.03
Low-Temperature Processing for Atomically Precise Dopant Incorporation with CMOS Integration

Scott Schmucker1,Evan Anderson1,Esther Frederick1,Jeffrey Ivie1,Ezra Bussman1,DeAnna Campbell1,Lisa Tracy1,Tzu-Ming Lu1,Ping Lu1,George Wang1,Daniel Ward1,Shashank Misra1

Sandia National Laboratories1

Show Abstract

F.NM05.02: Dots, Defects and Color Centers
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.02.03
Scalable Quantum Networks with Artificial Atoms

Dirk Englund1

Massachusetts Institute of Technology1

Show Abstract

F.NM05.03: Materials for Superconducting Quantum Systems
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.03.04
Coherent Control of a Hybrid Superconducting Circuit Made with van der Waals Heterostructures

William Oliver1,I-Jan Wang1

Massachusetts Institute of Technology1

Show Abstract

F.NM05.04: Materials for Topological Quantum Systems
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.04.03
Materials Considerations for Majorana Based Quantum Computations

Jay Sau1

University of Maryland1

Show Abstract

F.NM05.05: Novel Materials and Characterizations
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.05.05
Electric-Field Manipulation of Spins in Dilute Magnetic Ferroelectrics

Katherine Inzani1,Weichaun Huang2,Junjie Liu3,Sujit Das2,Valentin V. Laguta4,Ruchira Chatterjee1,Evan Sheridan1,Arzhang Ardavan3,Ramamoorthy Ramesh2,1,Sinead Griffin1

Lawrence Berkeley National Laboratory1,University of California, Berkeley2,University of Oxford3,The Czech Academy of Sciences4

Show Abstract

F.NM05.06: Semiconductors for Quantum
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.06.03
Effects of Coulomb Interactions in Silicon Quantum Dots

Susan Coppersmith1,2

University of New South Wales1,University of Wisconsin–Madison2

Show Abstract

F.NM05.01: Atomic Precision Fabrication
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.01.04
Atomically Precise P-Type Doping Using Alanes

Wiley Kirk1,2,Eduardo Maldonado1,Jeffery Murphy1,2,Jean-Francois Veyan3

3D Epitaxial Technologies1,The University of Texas at Arlington2,The University of Texas at Dallas3

Show Abstract

F.NM05.05: Novel Materials and Characterizations
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.05.07
Uncovering Electron Scattering in Goniopolar Metal NaSn2As2 from First Principles

Yaxian Wang1,Prineha Narang1

Harvard University1

Show Abstract

F.NM05.01: Atomic Precision Fabrication
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.01.05
Solving the Puzzle of Al Atom Density on Delta-Doped Si (100)

Ke Tang1,2,Hyun Soo Kim1,2,Aruna Ramanayaka1,Joshua Pomeroy1

National Institute of Standards and Technology1,University of Maryland2

Show Abstract

F.NM05.02: Dots, Defects and Color Centers
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.02.05
Hybridized Defects in 2D Materials as Artificial Molecules

Derek Wang1,Christopher Ciccarino1,Johannes Flick2,Prineha Narang1

Harvard University1,Flatiron Institute2

Show Abstract

F.NM05.03: Materials for Superconducting Quantum Systems
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.03.05
Characterization of the Structure and Superconducting Properties of Plasma Assisted Molecular Beam Epitaxy Grown NbxTi1-xN Alloy Thin Films

Austin Thomas1,2,Alan Kramer1,Christopher Richardson1,2

Laboratory for Physical Sciences1,University of Maryland2

Show Abstract

F.NM05.04: Materials for Topological Quantum Systems
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.04.04
Materials Science, Physics and Engineering of Topological Quantum Circuits

Sergey Frolov1

University of Pittsburgh1

Show Abstract

F.NM05.06: Semiconductors for Quantum
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.06.04
Exchange Control of Three Spins in Si Triple Quantum Dots

Seigo Tarucha1

RIKEN1

Show Abstract

F.NM05.05: Novel Materials and Characterizations
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.05.08
2D-Ordered Nanodomains in Doped Rutile VO2 Driven by Structural Geometric Frustration

Jared Allred1,Matthew Davenport1,Tyra Douglas1,Top Rawot Chhetri1,Stephan Rosenkranz2,Ray Osborn2,Matthew Krogstad2

University of Alabama1,Argonne National Laboratory2

Show Abstract

F.NM05.01: Atomic Precision Fabrication
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.01.06
Triethyl Aluminium—A Precursor for Atomically-Precise Acceptor Dopant Placement

James Owen1,Robin Santini1,John Randall1

Zyvex Labs1

Show Abstract

F.NM05.02: Dots, Defects and Color Centers
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.02.06
Growth and Direct Observation of SiV Centers in Ultrasmall Nanodiamonds

Shuo Li1,2,Daniel Angell2,Hye Ryoung Lee2,1,Nicholas Melosh1,2

SLAC National Accelerator Laboratory1,Stanford University2

Show Abstract

F.NM05.03: Materials for Superconducting Quantum Systems
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.03.07
Synthesis and Characterization of AlN and TiN for All Nitride Josephson Junctions

Alan Kramer1,Ashish Alexander1,Austin Thomas1,Christopher Richardson1

University of Maryland1

Show Abstract

F.NM05.04: Materials for Topological Quantum Systems
Session Chairs
Available on demand
F-NM05

Available on demand - *F.NM05.04.05
Topological Superconductivity in Superconductor–Semiconductor Heterostructures

Roman Lutchyn1

University of California, Santa Barbara1

Show Abstract

F.NM05.05: Novel Materials and Characterizations
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.05.09
Imaging Phonon-Mediated Hydrodynamic Flow in WTe2 with Cryogenic Quantum Magnetometry

Uri Vool1,Assaf Hamo1,George Varnavides1,Yaxian Wang1,Tony Zhou1,Nitesh Kumar2,Johannes Gooth2,Claudia Felser2,Prineha Narang1,Amir Yacoby1

Harvard University1,Max Planck institute for chemical physics in solids2

Show Abstract

F.NM05.06: Semiconductors for Quantum
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.06.05
Theory of Single-Electron Transistors with Multiple Quantum Dots

Maicol Ochoa1,2,Keyi Liu1,2,Emily Townsend1,2,Michal Gawelczyk3,Michal Zielinski3,Garnett Bryant1,2

National Institute of Standards and Technology1,University of Maryland2,Nicolaus Copernicus University3

Show Abstract

F.NM05.01: Atomic Precision Fabrication
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.01.07
Feedback Controlled Lithography for Atomically Perfect Quantum Devices and Materials in Si

Jonathan Wyrick1,Xiqiao Wang1,Ranjit Kashid1,Pradeep Namboodiri1,Fan Fei2,Richard Silver1

National Institute of Standards and Technology1,University of Maryland2

Show Abstract

F.NM05.02: Dots, Defects and Color Centers
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.02.07
Strong Spin-Orbit Quenching in Group IV Neutral Defects in Diamond via the Product Jahn-Teller Effect

Christopher Ciccarino1,Johannes Flick2,Isaac Harris1,3,Matthew Trusheim1,Dirk Englund3,Prineha Narang1

Harvard University1,Flatiron Institute2,Massachusetts Institute of Technology3

Show Abstract

F.NM05.03: Materials for Superconducting Quantum Systems
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.03.08
Improved Surface Quality of A-Axis YBa2Cu3O7−δ Thin Films

Y. Eren Suyolcu1,Jiaxan Sun1,Jürgen Schubert2,Darrell Schlom1,3

Cornell University1,Peter Gruenberg Institute (PGI-9) and JARA-Fundamentals of Future Information Technology2,Kavli Institute at Cornell for Nanoscale Science3

Show Abstract

F.NM05.05: Novel Materials and Characterizations
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.05.10
Late News: Potential of Rare-Earth Doped Sesquioxide Thin Films Grown by Chemical Vapour Deposition as a Material Platform for Quantum Technologies

Alexandre Tallaire1,Nao Harada1,Alban Ferrier1,Diana Serrano1,Emrick Briand2,Romain Bachelet3,Ian Vickridge2,Jean-Jacques Ganem2,Philippe Goldner1

IRCP CNRS1,INSP2,INL3

Show Abstract

F.NM05.06: Semiconductors for Quantum
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.06.06
Alternative Gate Materials for Silicon Quantum Devices—Defects and Strain

Ryan Stein1,M. D. Stewart, Jr.2

University of Maryland1,National Institute of Standards and Technology2

Show Abstract

F.NM05.01: Atomic Precision Fabrication
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.01.08
Quantum Transport and Hubbard Physics in a 3×3 Artificial Lattice of Few-Donor Quantum Dots

Xiqiao Wang1,2,Fan Fei1,2,Jonathan Wyrick1,Ranjit Kashid1,Pradeep Namboodiri1,Emily Townsend1,Albert Rigosi1,Garnett Bryant1,Richard Silver1

National Institute of Standards and Technology1,University of Maryland2

Show Abstract

F.NM05.02: Dots, Defects and Color Centers
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.02.09
Late News: Dangling Bonds in Hexagonal Boron Nitride for Quantum Information Science

Mark Turiansky1,Audrius Alkauskas2,Lee Bassett3,Chris Van de Walle1

University of California, Santa Barbara1,Center for Physical Sciences and Technology (FTMC)2,University of Pennsylvania3

Show Abstract

F.NM05.03: Materials for Superconducting Quantum Systems
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.03.10
Influence of Al Thickness on Tunneling Spectra of Nb/Al Based N/I/S Tunnel Junction

Zachary Barcikowski1,2,J.M. Pomeroy2

University of Maryland1,National Institute of Standards and Technology2

Show Abstract

F.NM05.04: Materials for Topological Quantum Systems
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.04.06
Synthesis and Size Effects on Resistivity of Topological Metal MoP Nanostructures

Hyeuk Jin Han1,David Hynek1,Zishan Wu1,Lei Wang1,Pengzi Liu1,Joshua Pondick1,Sajad Yazdani1,John Woods1,Milad Yarali1,Yujun Xie1,Hailiang Wang1,Judy Cha1

Yale University1

Show Abstract

F.NM05.05: Novel Materials and Characterizations
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.05.11
Late News: Tuning the Particle Size and Photoluminescence in Phase-Pure CdSe Quantum Dots Synthesized Through Novel Solution-Growth Technique

Naveen Narasimhachar Joshi1,2,Muttanagoud Kalasad3

Indian Institute of Technology Kharagpur1,Indian Institute of Science2,Davangere University3

Show Abstract

F.NM05.06: Semiconductors for Quantum
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.06.07
Tracking Interfacial Disorder in SiGe Qubit Material

Luis Pena1,Justin Koepke1,Ezra Bussman1

Sandia National Laboratories1

Show Abstract

F.NM05.01: Atomic Precision Fabrication
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.01.09
B- and Al-Doped Delta Layers in Si Using Halogen-Based Precursors

Sungha Baek1,Azadeh Farzandeh1,Matthew Radue2,Quinn Campbell3,Kevin Dwyer1,Andrew Baczewski3,Yifei Mo1,Shashank Misra3,Robert Butera1,2

University of Maryland1,Laboratory for Physical Sciences2,Sandia National Laboratories3

Show Abstract

F.NM05.04: Materials for Topological Quantum Systems
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.04.08
Remote Doping of InGaAs Nanowire Branches

Didem Dede1,Martin Friedl1,Kristopher Cerveny2,Chunyi Huang3,Nicholas Morgan1,Wonjong Kim1,Lucas Guniat1,Akshay Balgarkashi1,Jean-Baptiste leran1,Valerio Piazza1,Mohammad Samani2,Megan Hill3,Jaime Segura4,Lincoln Lauhon3,Dominik Zumbuhl2,Anna Fontcuberta i Morral1

École Polytechnique Fédérale de Lausanne1,Universität Basel2,Northwestern University3,European Synchrotron Radiation Facility4

Show Abstract

F.NM05.05: Novel Materials and Characterizations
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.05.12
Late News: In Situ Formation and Conductance of Spin 1/2 Coordination Complexes

Masha Kamenetska1

Boston University1

Show Abstract

F.NM05.06: Semiconductors for Quantum
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.06.08
Growth of Nearly Atomically-Flat SiGe Layers on Thick SiGe Relaxed Buffers by UHV-CVD for Valley Splitting Enhancement

Weiguang Huo1,James Sturm1

Princeton University1

Show Abstract

F.NM05.04: Materials for Topological Quantum Systems
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.04.10
Hybrid-Interfaces in Topological Quantum Materials

Panchapakesan Ganesh1,Anh Pham1

Oak Ridge National Laboratory1

Show Abstract

F.NM05.06: Semiconductors for Quantum
Session Chairs
Available on demand
F-NM05

Available on demand - F.NM05.06.09
Can AlOx SETs be Integrated with MOS Quantum Devices?

Yanxue Hong1,2,Ryan Stein1,2,N. M. Zimmerman2,M. D. Stewart, Jr.2,J.M. Pomeroy2

University of Maryland1,National Institute of Standards and Technology2

Show Abstract

2020-12-02   Show All Abstracts

Symposium Organizers

Javad Shabani, New York University
Mei-Yin Chou, Academia Sinica
Peter Krogstrup, University of Copenhagen
Tzu-Ming Lu, Sandia National Laboratories
F.NM05.08: Live Keynote I: Emerging Materials for Quantum Information Technologies
Session Chairs
Peter Krogstrup
Javad Shabani
Wednesday AM, December 02, 2020
F.NM05

11:30 AM - *F.NM05.04.02
Andreev Bound States and Majorana Fermions in Helical 1D Systems

Jelena Klinovaja1

University of Basel1

Show Abstract

12:00 PM - *F.NM05.04.03
Materials Considerations for Majorana Based Quantum Computations

Jay Sau1

University of Maryland1

Show Abstract

12:30 PM - *F.NM05.04.05
Topological Superconductivity in Superconductor–Semiconductor Heterostructures

Roman Lutchyn1

University of California, Santa Barbara1

Show Abstract

1:00 PM - *F.NM05.04.04
Materials Science, Physics and Engineering of Topological Quantum Circuits

Sergey Frolov1

University of Pittsburgh1

Show Abstract

2020-12-03   Show All Abstracts

Symposium Organizers

Javad Shabani, New York University
Mei-Yin Chou, Academia Sinica
Peter Krogstrup, University of Copenhagen
Tzu-Ming Lu, Sandia National Laboratories
F.NM05.09: Live Keynote II: Emerging Materials for Quantum Information Technologies
Session Chairs
Mei-Yin Chou
Tzu-Ming Lu
Thursday AM, December 03, 2020
F.NM05

8:00 AM - *F.NM05.01.01
Atomic Qubits in Silicon

Michelle Simmons1,2

University of New South Wales1,Silicon Quantum Computing Pty Ltd2

Show Abstract

8:24 AM - *F.NM05.06.03
Effects of Coulomb Interactions in Silicon Quantum Dots

Susan Coppersmith1,2

University of New South Wales1,University of Wisconsin–Madison2

Show Abstract

8:48 AM - *F.NM05.06.04
Exchange Control of Three Spins in Si Triple Quantum Dots

Seigo Tarucha1

RIKEN1

Show Abstract

9:12 AM - *F.NM05.06.01
Quantum Computing with Semiconductors—Spins Inside

Lieven Vandersypen1

TU Delft1

Show Abstract

9:36 AM - *F.NM05.06.02
Si/SiGe Heterostructures for Quantum Information Science

Clayton Jackson1

HRL Laboratories1

Show Abstract

2020-12-04   Show All Abstracts

Symposium Organizers

Javad Shabani, New York University
Mei-Yin Chou, Academia Sinica
Peter Krogstrup, University of Copenhagen
Tzu-Ming Lu, Sandia National Laboratories
F.NM05.10: Live Keynote III: Emerging Materials for Quantum Information Technologies
Session Chairs
Tzu-Ming Lu
Javad Shabani
Friday PM, December 04, 2020
F.NM05

1:45 PM - *F.NM05.02.01
Engineering Semiconductors for Spin-Based Quantum Technologies

David Awschalom1,Christopher Anderson1,Alexandre Bourassa1,Kevin Miao1

University of Chicago1

Show Abstract

2:15 PM - *F.NM05.02.03
Scalable Quantum Networks with Artificial Atoms

Dirk Englund1

Massachusetts Institute of Technology1

Show Abstract

2:45 PM - *F.NM05.03.04
Coherent Control of a Hybrid Superconducting Circuit Made with van der Waals Heterostructures

William Oliver1,I-Jan Wang1

Massachusetts Institute of Technology1

Show Abstract

3:15 PM - *F.NM05.03.01
Quantum Computing with Superconducting Circuits

Ryan Gordon1

IBM Research1

Show Abstract

Publishing Alliance

MRS publishes with Springer Nature

 

Corporate Partners

Symposium Support

Media Partners