2019 MRS Fall Meeting & Exhibit

Symposium MQ02: Materials for Quantum Computing Applications

2019-12-02   Show All Abstracts

Symposium Organizers

Hanhee Paik, IBM T J Watson Research Center
Dohun Kim, Seoul National University
Tracy Northup, Universtität Innsbruck
Ben Palmer, Laboratory for Physical Sciences

Symposium Support

Platinum
IBM Q, IBM Research
The Kavli Foundation


Bronze
Quantum Science and Technology | IOP Publishing
MQ02.01: Atomic and Epitaxial Materials for Quantum Computing Devices
Session Chairs
Dohun Kim
Hanhee Paik
Monday AM, December 02, 2019
Hynes, Level 2, Room 202

8:30 AM - *MQ02.01.01
Selective Area Epitaxy of a Materials Platform for Scalable Quantum Computing

Leo Kouwenhoven1

Microsoft/Delft University of Technology1

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9:00 AM - MQ02.01.02
Lattice-Matching Strategy for Coherent Interface Design of Josephson Junction—Al/AlOx/Al vs Re/Al2O3/Re

Chang-Eun Kim1,Keith Ray1,Vincenzo Lordi1

Lawrence Livermore National Laboratory1

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9:15 AM - MQ02.01.03
Atomic-Scale Fabrication of Donor-Based Quantum Devices in Silicon

Xiqiao Wang1,2,Ranjit Kashid1,Jonathan Wyrick1,Pradeep Namboodiri1,Richard Silver1

National Institute of Standards and Technology1,University of Maryland-College Park2

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9:30 AM - *MQ02.01.04
Towards PAMBE Grown Nitride Superconductors for Epitaxial Josephson Junctions and Quantum Circuits

Christopher Richardson1

University of Maryland1

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10:00 AM -
BREAK


MQ02.02: Fabrication and Materials for Qubits
Session Chairs
Tracy Northup
Ben Palmer
Monday AM, December 02, 2019
Hynes, Level 2, Room 202

10:30 AM - MQ02.02 .01
Materials and Deposition Techniques for 3D Integration in Superconducting Quantum Technology

Juha Hassel1,Kestutis Grigoras1,Slawomir Simbierowicz1,Leif Grönberg1,Jaakko Salonen1,Visa Vesterinen1,Mika Prunnila1

VTT Technical Research Centre of Finland Ltd.1

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10:45 AM - MQ02.02 .02
Protecting Superconducting Qubits from Phonon Mediated Decay

Yaniv Rosen1,Matthew Horsley1,Sara Harrison1,Eric Holland1,Allan Chang1,Tiziana Bond1,Jonathan DuBois1

Lawrence Livermore National Laboratory1

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11:00 AM - *MQ02.02 .03
3D Integration to Enable High Coherence and Connectivity for Superconducting Qubits

Danna Rosenberg1,J. Mallek1,D. Yost1,M. Schwartz1,R. Das1,J.L. Yoder1,G. Calusine1,E. Golden1,B. Huffman1,Alexander Melville1,A. Sevi1,W. Woods1,W.D. Oliver1,2

Lincoln Laboratory, Massachusetts Institute of Technology1,Massachusetts Institute of Technology2

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11:30 AM - *MQ02.02 .04
Microfabricated Ion Traps for Quantum Computing Applications

Susan Clark1,Matthew Blain1,Raymond Haltli1,Craig Hogle1,Daniel Lobser1,Melissa Revelle1,Christopher Yale1,Peter Maunz1

Sandia National Laboratory1

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2019-12-03   Show All Abstracts

Symposium Organizers

Hanhee Paik, IBM T J Watson Research Center
Dohun Kim, Seoul National University
Tracy Northup, Universtität Innsbruck
Ben Palmer, Laboratory for Physical Sciences

Symposium Support

Platinum
IBM Q, IBM Research
The Kavli Foundation


Bronze
Quantum Science and Technology | IOP Publishing
MQ02.03: Quantum Computing Materials for Optical Interfaces
Session Chairs
Susan Clark
Tracy Northup
Tuesday AM, December 03, 2019
Hynes, Level 2, Room 202

8:00 AM - MQ02.03.01
Quantum Spin System in a Semiconducting Diode

Alexandre Bourassa1,Christopher Anderson1,David Awschalom1,2

The University of Chicago1,Argonne National Laboratory2

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8:15 AM - MQ02.03.02
Er Doped Y2O3 on Silicon—Development and Characterization of a Scalable Quantum Memory Platform

Abhinav Prakash1,2,Manish Kumar Singh1,TIjana Rajh2,Gary Wolfowicz1,2,Yizhong Huang2,1,Christina Wicker1,Alan Dibos2,Jianguo Wen2,David Awschalom1,2,Tian Zhong1,2,Supratik Guha1,2

University of Chicago1,Argonne National Laboratory2

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8:30 AM - *MQ02.03.03
Integrated Photonic Devices and Materials for Scalable Trapped-Ion Quantum Logic

Karan Mehta1,Chi Zhang1,Maciej Malinowski1,Thanh-Long Nguyen1,Jonathan Home1

ETH Zürich1

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9:00 AM - MQ02.03.04
Aluminum Gallium Arsenide Photonic Waveguides for 780 nm Optical Delivery for Quantum Sensors Based on Ultra-Cold Atoms of Rubidium

Jessica Maclean1,Mark Greenaway2,Richard Campion1,Mark Fromhold1,Chris Mellor1

University of Nottingham1,Loughborough University2

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9:15 AM - MQ02.03.05
Thermodynamic Performance Limits for Optical Microcavities

Christopher Panuski1,Ryan Hamerly1,Dirk Englund1

Massachusetts Institute of Technology1

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9:30 AM - MQ02.03.06
Design and Fabrication of Large-Scale Defect-Free Arrays of Artificial Atoms Coupled to Photonic Waveguides

Tsung-Ju Lu1,Noel Wan1,Kevin Chen1,Michael Walsh1,Matthew Trusheim1,Lorenzo De Santis1,Eric Bersin1,Isaac Harris1,Sara Mouradian1,Edward Bielejec2,Dirk Englund1

Massachusetts Institute of Technology1,Sandia National Laboratories2

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9:45 AM - MQ02.03.07
Narrow Optical Linewidths in Implanted Erbium Ions

Paul Stevenson1,Christopher Phenicie1,Sacha Welinski1,Brendon Rose1,Stephen Lyon1,Robert Cava1,Nathalie de Leon1,Jeffrey Thompson1

Princeton University1

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10:00 AM -
BREAK


10:30 AM - *MQ02.03.08
Long Distance Quantum Networks Based on Color Centers in Diamond

Nathalie de Leon1

Princeton University1

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11:00 AM - MQ02.03.09
Magneto-Optical Properties of Neutral Group-IV Vacancy Color Centers in Diamond from First Principles

Adam Gali1,2,Gergo Thiering1

Hungarian Academy of Sciences1,Budapest University of Technology and Economics2

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11:15 AM - MQ02.03.10
A 72-Channel Diamond Quantum Memory Array Integrated in a Microphotonic Chip

Noel Wan1,Tsung-Ju Lu1,Kevin Chen1,Michael Walsh1,Matthew Trusheim1,Lorenzo De Santis1,Eric Bersin1,Isaac Harris1,Sara Mouradian1,Edward Bielejec2,Dirk Englund1

Massachusetts Institute of Technology1,Sandia National Laboratories2

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11:30 AM - MQ02.03.11
Noise Resilient Entanglement Creation of Remote Quantum Memories

Hyeongrak Choi1,Dirk Englund1

Massachusetts Institute of Technology1

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11:45 AM - MQ02.03.12
Ab Initio Radiative Lifetime of Point Defects in Hexagonal Boron Nitride

Shiyuan Gao1,Hsiao-Yi Chen1,Marco Bernardi1

California Institute of Technology1

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MQ02.04: Hybrid Materials for Quantum Computing
Session Chairs
Dohun Kim
Luca Petit
Tuesday PM, December 03, 2019
Hynes, Level 2, Room 202

1:30 PM - *MQ02.04.01
Hybrid Quantum Materials Platforms for Quantum Information Processing

Nitin Samarth1

The Pennsylvania State University1

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2:00 PM - MQ02.04.02
Quantized Superconductor-Semiconductor Nanowire Junctions

Sabbir Khan1,Ajuan Cui1,Charalampos Lampadaris1,Martin E. Cachaza1,Jung-H. Kang1,Lukas Stampfer2,Joachim E. Sestoft2,Filip Krizek2,Yu Liu1,Thomas S. Jespersen2,Peter Krogstrup1

University of Copenhagen1,Niels Bohr Institute, University of Copenhagen2

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2:15 PM - MQ02.04.03
InAs-EuS-Al Hybrid Nanowires

Yu Liu1,Peter Krogstrup1

University of Copenhagen1

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2:30 PM - MQ02.04.04
Evidence for Helical Hinge Zero Modes in an Fe-Based Superconductor

Mason Gray1,Josef Freudenstein1,Shu Yan Zhao2,Ryan O'Connor1,Samuel Jenkins1,Narendra Kumar1,Marcel Hoek1,Abigail Kopec1,Takashi Taniguchi3,Kenji Watanabe3,Ruidan Zhong4,Genda Gu4,Kenneth Burch1

Boston College1,Harvard University2,National Institute for Materials Science3,Brookhaven National Laboratory4

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2:45 PM - MQ02.04.05
Computational Database of Topologically Non-Trivial Materials Using Spin-Orbit Spillage

Kamal Choudhary1

National Institute of Standards and Technology1

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3:00 PM -
BREAK


2019-12-04   Show All Abstracts

Symposium Organizers

Hanhee Paik, IBM T J Watson Research Center
Dohun Kim, Seoul National University
Tracy Northup, Universtität Innsbruck
Ben Palmer, Laboratory for Physical Sciences

Symposium Support

Platinum
IBM Q, IBM Research
The Kavli Foundation


Bronze
Quantum Science and Technology | IOP Publishing
MQ02.05: Superconducting Quantum Devices
Session Chairs
Hanhee Paik
Ben Palmer
Wednesday AM, December 04, 2019
Hynes, Level 2, Room 202

1:30 PM - *MQ02.05.01
Low Loss Superconducting Circuits for Quantum Computing

Vivekananda Parampalli Adiga1

IBM T.J. Watson Research Center1

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2:00 PM - *MQ02.05.02
Materials Developments for Superconducting Quantum Circuits

David Pappas1

National Institute of Standards and Technology1

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2:30 PM -
BREAK


MQ02.06/MQ01.06/MQ03.06: Panel Discussion: Quantum Materials
Session Chairs
Jeffrey McCallum
Christopher Richardson
Wednesday PM, December 04, 2019
Hynes, Level 2, Room 202

3:30 PM -
Panel Discussion: Quantum Materials


2019-12-05   Show All Abstracts

Symposium Organizers

Hanhee Paik, IBM T J Watson Research Center
Dohun Kim, Seoul National University
Tracy Northup, Universtität Innsbruck
Ben Palmer, Laboratory for Physical Sciences

Symposium Support

Platinum
IBM Q, IBM Research
The Kavli Foundation


Bronze
Quantum Science and Technology | IOP Publishing
MQ02.07: Silicon and Germanium Materials for Qubits
Session Chairs
Dohun Kim
Hanhee Paik
Thursday AM, December 05, 2019
Hynes, Level 2, Room 202

8:30 AM - MQ02.07.01
Growth and Characterization of a Novel Si/SiGe Heterostructure for Quantum Dot Qubits

Thomas McJunkin1,Evan MacQuarrie1,Samuel Neyens1,Brandur Thorgrimsson1,Joelle Corrigan1,John Dodson1,Leah Tom1,Donald Savage1,Max Lagally1,Robert Joynt1,Mark Friesen1,Susan Coppersmith1,2,Mark Eriksson1

University of Wisconsin–Madison1,University of New South Wales2

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8:45 AM - *MQ02.07.02
Isotope Materials Engineering for Silicon Quantum Computing

Kohei Itoh1

Keio University1

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9:15 AM - *MQ02.07.03
Quantum Computing with Silicon and Germanium

Luca Petit1,Menno Veldhorst1

Delft University of Technology1

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9:45 AM - MQ02.07.04
Transport in Ultra-Scaled Ge Quantum Dots

Masiar Sistani1,Jovian Delaforce2,Cecile Naud2,Roman Kramer2,Olivier Buisson2,Minh Anh Loung2,Martien Hertog2,Alois Lugstein1

Technische Universität Wien1,Universite Grenoble Alpes2

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10:00 AM -
BREAK


10:30 AM - MQ02.07.05
Measurement of the Strain Induced Modulation of Tunnel Barriers in Nanoscale Silicon Quantum Devices

Ryan Stein1,2,Joshua Pomeroy3,Neil Zimmerman3,M. Stewart3

University of Maryland1,Joint Quantum Institute2,National Institute of Standards and Technology3

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10:45 AM - MQ02.07.06
Atomically Sharp, Tensile Strained Ge Light-Hole Quantum Well on Si

Simone Assali1,Aashish Kumar1,Samik Mukherjee1,Jérôme Nicolas1,Patrick Del Vecchio1,Anis Attiaoui1,Oussama Moutanabbir1

Ecole Polytechnique de Montreal1

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11:00 AM - *MQ02.07.07
Single and Two Spin Qubits with High Fidelity Limited by Environment Noise in Si Quantum Dots

Seigo Tarucha1

RIKEN, Center for Emergent Matter Science1

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11:30 AM - MQ02.07.08
A Group IV Platform for Light-Hole Qubits

Patrick Del Vecchio1,Anis Attiaoui1,Simone Assali1,Oussama Moutanabbir1

École Polytechnique de Montréal1

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11:45 AM - MQ02.07.09
Multiplexed Quantum Transport Using Commercial Off-the-Shelf CMOS at Sub-Kelvin Temperatures

Menno Veldhorst1,Brian Paquelet Wuetz1,Peter Luka Bavdaz1,Raymond Schouten1,Hans van der Does1,Marijn Tiggelman1,Diego Sabbagh1,Amir Sammak2,Carmina Almudever3,Fabio Sebastiano1,James Clarke4,Giordano Scappucci1

Delft University of Technology1,QuTech and TNO2,TU Delft3,Intel Corporation4

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MQ02.08: Poster Session: Materials for Quantum Computing Applications
Session Chairs
Thursday PM, December 05, 2019
Hynes, Level 1, Hall B

8:00 PM - MQ02.08.01
Designing Better Superconducting Qubits Using First-Principles Calculations and Theory

Sinead Griffin1

Lawrence Berkeley National Laboratory1

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2019-12-06   Show All Abstracts

Symposium Organizers

Hanhee Paik, IBM T J Watson Research Center
Dohun Kim, Seoul National University
Tracy Northup, Universtität Innsbruck
Ben Palmer, Laboratory for Physical Sciences

Symposium Support

Platinum
IBM Q, IBM Research
The Kavli Foundation


Bronze
Quantum Science and Technology | IOP Publishing
MQ02.09: Qubit Characterizations and Properties
Session Chairs
Vivekananda Parampalli Adiga
David Pappas
Friday AM, December 06, 2019
Hynes, Level 2, Room 202

8:15 AM - MQ02.09.01
Microwave Loss in High-Q Titanium Nitride Resonators

Rui Zhang1,2,Ashish Alexander1,2,Christopher Richardson1,Frederick Wellstood2,Ben Palmer1

Laboratory for Physical Sciences1,University of Maryland2

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8:30 AM - MQ02.09.02
(S)TEM Characterization of Josephson Junctions in Qubits

Xiaotao Liu1,John Kreikebaum2,Stefano Cabrini1,Frank Ogletree1,Virginia Altoe1,Irfan Siddiqi2,Andrew Minor2,1

Lawrence Berkeley National Laboratory1,University of California, Berkeley2

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8:45 AM - MQ02.09.03
Evidence for Majorana Bound States in an Iron-Based Superconductor

Shiyu Zhu1,Dongfei Wang1,Lingyuan Kong1,Peng Fan1,Hui Chen1,Wenyao Liu1,Lu Cao1,Yujie Sun1,Yuyang Zhang1,Shixuan Du1,John Schneeloch2,Ruidan Zhong2,Genda Gu2,Liang Fu3,Hong Ding1,Hong-Jun Gao1

Institute of Physics and University of Chinese Academy of Sciences, Chinese Academy of Sciences (CAS)1,Brookhaven National Laboratory2,Massachusetts Institute of Technology3

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9:00 AM - *MQ02.09.04
Anomalous Charge Noise in Superconducting Qubits

Robert McDermott1

University of Wisconsin-Madison1

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9:30 AM - MQ02.09.05
Demonstrating Ultra-Stable Aluminum Oxide SETs as Potential Charge Sensors for Quantum Computing

Yanxue Hong1,2,Ryan Stein1,2,Neil Zimmerman2,M. Stewart2,Joshua Pomeroy2

University of Maryland1,National Institute of Standards and Technology2

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9:45 AM -
BREAK


10:15 AM - MQ02.09.06
Characterization and Impact of Atomic Imperfections in Si:P Materials and Devices

Scott Schmucker1,Evan Anderson1,Joseph Lucero1,Ezra Bussmann1,Ping Lu1,Aaron Katzenmeyer1,Ting Luk1,Thomas Beechem1,Lisa Tracy1,Tzu-Ming Lu1,Albert Grine1,Daniel Ward1,DeAnna Campbell1,Phillip Gamache1,Mark Gunter1,Shashank Misra1

Sandia National Laboratories1

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10:30 AM - MQ02.09.07
Direct Probing of the Electronic Structure of Hybrid InAs/Al Interfaces

Sergej Schuwalow1,2,Niels Schroeter3,Candice Thomas4,Vladimir Strocov3,Jan Gukelberger5,John Gamble5,Alla Chikina3,Marco Caputo3,Jonas Krieger3,Geoffrey Gardner4,Gabriel Aeppli3,Matthias Troyer5,Michael Manfra4,Peter Krogstrup1,2

Niels Bohr Institute1,Microsoft Quantum Materials Lab Copenhagen2,Paul Scherrer Institut3,Purdue University4,Microsoft Quantum5

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10:45 AM - *MQ02.09.08
Electric-Field Noise Sensing in a High-Temperature Superconducting Ion Trap

Yves Colombe1,Kirill Lakhmanskiy1,Philip Christoph Holz1,Dominic Schärtl1,Benjamin Ames1,Réouven Assouly1,Thomas Monz1,Rainer Blatt1,2

Universität Innsbruck1,Österreichische Akademie der Wissenschaften2

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11:15 AM - *MQ02.09.09
Materials and Surface Considerations for High-Fidelity Trapped-Ion Quantum Information Processing

John Chiaverini1

MIT Lincoln Laboratory1

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11:45 AM - MQ02.09.10
Supercurrent in All-Van-der-Waals Josephson Tunnel Junctions

Qing Li1,I-Jan Wang1,Megan Yamoah1,Kenji Watanabe2,Takashi Taniguchi2,Simon Gustavsson1,Terry Orlando1,Pablo Jarillo-Herrero1,William Oliver1,3

Massachusetts Institute of Technology1,National Institute for Materials Science2,Massachusetts Institute of Technology (MIT) Lincoln Laboratory3

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