Quantum Materials and Devices Seminars
Wednesdays 12:00–1:00
Harvard University, Maxwell Dworkin G125
This seminar series is sponsored by the Science & Technology Center for Integrated Quantum Materials (Harvard University, Howard University, and MIT). Our Center builds electronics and photonics from quantum materials: atomic layers (graphene, boron nitride, transition-metal dichalcoginides) for atomic-scale devices, topological insulators for corruption-free data channels, and nitrogen vacancy center diamond for single-atom memory.
Can be taken for credit at Harvard as ES294r and Howard as Graduate Seminar and Special Topics: Quantum Materials EE
Harvard University, Maxwell Dworkin G125
This seminar series is sponsored by the Science & Technology Center for Integrated Quantum Materials (Harvard University, Howard University, and MIT). Our Center builds electronics and photonics from quantum materials: atomic layers (graphene, boron nitride, transition-metal dichalcoginides) for atomic-scale devices, topological insulators for corruption-free data channels, and nitrogen vacancy center diamond for single-atom memory.
Can be taken for credit at Harvard as ES294r and Howard as Graduate Seminar and Special Topics: Quantum Materials EE
Live Stream Available https://www.youtube.com/channel/UCBz9hE9jt4pIGK78Tnfiqow
Spring 2019 Seminar Schedule
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Jan 30
Feb 6 Feb 13 Feb 20 Feb 27 Mar 6 Mar 13 Mar 20 Mar 27 Apr 3 Apr 10 Apr 17 Apr 24 May 1 |
DiDi Wei (Harvard)
Trevor David Rhone (Harvard) Cigdem Ozsoy Keskinbora (Harvard) Xiaofeng Qian (Texas A&M) Diana Prado Lopes Craik (Harvard) Boubacar Kante (UC Berkeley) Claudia Felser (Max Planck) No Seminar (Spring Break) Luqiao Liu (MIT) Vanessa Sih (Univ Michigan) Brian Skinner (MIT) Andrew Houck (Princeton) Kristian Sommer Thygesen (DTU, UK) Bogdan A. Bernevig (Princeton) |
Electrical Generation and Detection of Spin Waves in Graphene Quantum Hall Magnets
Materials Informatics Study of Two-dimensional Magnetic Materials Probing Highly Correlated Quantum Materials via Advanced Electron Microscopy Techniques Nonlinear Optical Responses of 2D Quantum Materials from First-Principles Theory Using Microwaves to Study Spin and Charge State in Solid-state Defect Ensembles Topological Light Sources Heusler, Weyl and Berry Magnetic Switching with Topological Insulator and Compensated Ferrimagnet Optical Measurements of Electron and Nuclear Spins in Semiconductors The Unprecedented Thermoelectric Properties of Nodal Semimetals in a Magnetic Field TBD Computational High-throughput Discovery of Novel 2D Materials Topological Quantum Chemistry |
Fall 2018 Seminar Schedule
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Sept 5
Sept 12 Sept 19 Sept 26 Oct 3 Oct 10 Oct 17 Oct 24 Oct 31 Nov 7 Nov 14 Nov 21 Nov 28 |
Johnpierre Paglione (Univ MD)
Stephen Jesse (ORNL) David Hsieh (Caltech) Ronald Walsworth (Harvard) Julia Mundy (Harvard) Marin Soljacic (MIT) No Seminar Brian LeRoy (Univ Arizona) Katja Nowack (Cornell) Prineha Narang (Harvard) Ania Bleszynski Jayich (UCSB) No seminar (Thanksgiving) Steven Richardson (Howard) |
High-spin Superconductivity in Topological half-Heusler Semimetals
Building and Testing Quantum Structures Atom-by-Atom by Electron Beams Controlling Magnetism in a Mott Insulator by Optical Pumping New Directions for Quantum Sensing with Diamond Design and Construction of Oxide Heterostructures with Emergent Properties A Few Novel Nanophotonic Phenomena Imaging van der Waals Heterostructures Spatially Modulated Heavy-fermion Superconductivity in CeIrIn5 Excited-State Dynamics and Quantum Interactions from First Principles Quantum Sensing and Imaging with Diamond Spins Using Group IV Elements to Create New Color Centers in Diamond |
Spring 2018 Seminar Schedule:
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Jan 25
Feb 1 Feb 8 Feb 15 Feb 22 Mar 1 Mar 8 Mar 15 Mar 22 Mar 29 Apr 5 Apr 12 Apr 19 |
Dominik Bucher (Harvard)
David Cobden ( Univ. Washington) Jeehwan Kim (MIT) Roger Fu (Harvard) Dirk Englund (MIT) Alexander Balatsky ((Nordita) Falko Pientka (Harvard) Spring Break Ya-Qing Bie (MIT) Ilija Zeljkovic (Boston College) Shiang Fang (Harvard) Feng Wang (UC Berkeley) Doug Natelson (Rice Univ) |
High Resolution NMR-spectroscopy on the Micron Scale with NV-quantum Sensors.
The Many Faces of a 2D Topological Semimetal, WTe2 Material Challenges and Ppportunities in Next Generation Electronics: from Non-silicon Electronics to Artificial Neural Networks Using N-V Diamond Magnetometry to Understand the Early Solar System Semiconductor Quantum Technologies for Secure Communications and Scalable Quantum Networks Dirac Materials: Status and Outlook Coupling Electrons, Excitons, and Light in Semiconductors Two-Dimensional Material for Optical Communication Superconducting Proximity Effect in a Topological Insulator using Fe(Te,Se) Electronic Structure Modeling for 2D Layered Material Stacks Probing Valley Dynamics in Van der Waals 2D Materials Nanostructures to Examine Strong Correlations |
Fall 2017 Seminar Schedule:
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Aug 31
Sept 7 Sept 14 Sept 21 Sept 28 Oct 5 Oct 19 Oct 26 Nov 2 Nov 9 Nov 16 Nov 30 |
Robert Westervelt (Harvard Univ)
Luis A. Jauregui (Harvard) Mohammad Hamidan (Harvard, UC Davis) Young-Ik Sohn (Harvard) Hechen Ren (Harvard) Qing Cao (IBM) Qiong Ma (MIT) Cancelled Sohrab Ismail-Beigi (Yale) William Oliver (Linclon Labs) Valla Fatemi (MIT) Evelyn Hu (Harvard) |
Science and Technology Center for Integrated Quantum Materials
Novel Optoelectronic Devices based on van der Waals Heterostructures Directly Imaging Cooper-Pair Density Waves Environment Engineering of Solid State Qubits by Micro-electro-mechanical Systems Topology and Superconductivity in Low-dimensional Electronic Systems Carbon Nanotube Transistor Technology for Extremely-Scaled Logic Devices Optoelectronic Detection of Quantum Geometry in 2D and 3D Dirac Materials Picoscale Materials Engineering: Examples for Transition Metal Oxides Quantum Engineering of Superconducting Qubits A New Platform for Topological Devices in a Monolayer Crystal Through the Nanobridge: A Journey on the Trail of a Candidate Qubit, the Silicon Vacancy in SiC |
Spring 2017 Seminar Schedule:
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Jan 26
Feb 2 Feb 9 Feb 16 Feb 23 Mar 2 Mar 9 Mar 23 Mar 30 Apr 6 Apr 13 Apr 20 |
Robert Westervelt (Harvard Univ)
Marko Loncar (Harvard Univ) Cancelled Snow Storm Philip Kim (Harvard Univ) Joseph Checkelsky (MIT) Amir Yacoby (Harvard) Paola Cappellaro (MIT) Gary Harris (Howard) Han Wang (USC) Ye Tao (Rowland Institute) Junichiro Kono (Rice Univ) Joel Moore (UC Berkeley) |
Science and Technology Center for Integrated Quantum Materials
Quantum Networks with Engineered Solid-State Quantum Emitters Novel van der Waals Heterostructures Discovery of New Topological Crystals Topologically Protected Qubits Transport and Localization in Many-body Nuclear Spin Systems Diamond, a Quantum Material: Where are we now? Novel Electronic & Photonic Devices based on Low-Symmetry 2D Materials Interdisciplinary Engineering for Ultrasensitive Magnetometry Cavity QED in Quantum Materials Transport and Optical Responses in Topological Semimetals and Insulators |
Special Seminars Spring 2017:
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Mar 30
Apr 10 May 15 May 16 |
Claudia Felser (Max Planck Institute)
Emilia Morosan (Rice Univ) Qi-Kun Xue (Tsinghua Univ) Mike Crommie (UC Berkeley) |
Topology - From the Materials Perspective
Itinerant Magnetism without Magnetic Elements - Adventures in the Ti-Au Binary On the Pairing Mechanism of Unconventional High Temperature Superconductivity Engineering 2D Energy Landscapes Using Molecules and Defects |
2:00pm Jeff 250
12:00pm Pierce 209 12:00pm Pierce 209 12:00 pm Pierce 209 |
Fall 2016 Seminar Schedule:
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Sept 1
Sept 8 Sept 15 Sept 22 Sept 29 Oct 6 Oct 13 Oct 20 Oct 27 Nov 3 Nov 10 Nov 17 Dec 1 |
Robert Westervelt (Harvard Univ)
Philip Kim (Harvard Univ) Sagar Bhandari (Harvard Univ) Amirhasan Nourbakhsh (MIT) Jiwoong Park (Univ Chicago) Landry Bretheau (MIT) Antonio Ambrosio (Harvard CNS) Amir Yacoby (Harvard Univ) James Hone (Columbia Univ) Gleb Finkelstein (Duke Univ) Kin Fai Mak (Penn State Univ) Vidya Madhavan (Univ Illinois) Tina Brower-Thomas (Howard Univ) |
Quantum Materials and Devices
Stacking Atomic Layers into New Materials Imaging Electron Motion in Atomic Layer Systems The Promise of Truly Two-Dimensional Transistors Coloring, Stitching, and Twisting for Atomically Thin Circuitry Superconducting Proximity Effect in Graphene: a Tunneling Spectroscopy Study Exploring "Photon-less" Spectroscopy with Applications to 2D Materials and Nano-optics Engineering Topological Superconductors Graphene Devices and Phenomena in the Ultraclean Limit Supercurrent in the Quantum Hall Regime Probing Electronic Phase Transitions in Single-atomic-layer Metals TMDC Single Crystals Decoration of Graphene with Transition Metals |
Spring 2016 Seminar Schedule:
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Jan 26
Feb 2 Feb 9 Feb 16 Feb 23 Mar 1 Mar 8 Mar 22 Mar 29 Apr 5 Apr 12 Apr 19 Apr 26 |
Jagadeesh Moodera (MIT)
Bertrand Halperin (Harvard) Toeno van der Sar (Harvard) Liang Fu (MIT) Alan Aspuru-Guzik (Harvard) Richard Osgood (Columbia) Baoxing Chen (Analog Devices) Jeremy Levy (Univ Pittsburgh) Eric Heller (Harvard) Silvina Gatica (Howard) Nuh Gedik (MIT) Gilbert Herrera (Univ Maryland) Raymond Ashoori (MIT) |
Ferromagnetic Topological Insulator: Interface Exchange and Quantum Transport
Quantum Hall Effects in Graphene NV Magnetic Field Imaging Topological Insulators Van der Waals Interaction in 2D Materials Tuning the Electronic Structure in 2D Metal-Dichalcogenide Crystals Thermoelectric Materials and Devices Correlated Nanoelectrics Interaction of Light with Graphene and Conjugated Carbon Materials Equilibrium and Kenetics of Adsorption in Graphene Engineering New States via Light Matter Interaction Title TBD Tunneling and Capacitance Measurements of Low-Dimensional Systems |
Fall 2015 Seminar Schedule:
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Sept 8
Sept 15 Sept 22 Sept 29 Oct 6 Oct 13 Oct 20 Oct 27 Nov 3 Nov 10 Nov 17 Dec 1 |
Robert M. Westervelt (Harvard)
Xiaoding Xu (Univ Washington) Tomas Palacios (MIT) Efthimios Kaxiras (Harvard) David Bell (Harvard) Philip Kim (Harvard) Jing Kong (MIT) Pablo Jarillo-Herrero (MIT) Suyang Xu (Princeton) Donhee Ham ( Harvard) Amir Yacoby (Harvard) Joseph Checkelsky (MIT) |
Quantum Materials and Devices
Spin and Pseudospins in 2D Semiconductors and HeterostructuresAdvanced Electronic Systems based on 2D Materials for Ubiquitous Electronics Electrons on a Plane: the World of Two-dimensional Materials Imaging and Analysis of Quantum Materials Physics Near the Charge Neutrality of Graphene Synthesis and Transfer of CVD grown graphene and related 2D materials Quantum Transport and Optoelectronics with van der Waals Heterostructures Topological Insulators The Slower the Better: Hydrodynamic Amplification with 2D Conductors Correlated Electron Physics in Grphene Topological Insulators and Symmetry Breaking |
This seminar series can be taken for credit as ES 294 at Harvard and EECE 702 at Howard. Please check the course catalogs.
