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Agenda

Monday June 4
8:30 am
9:20 am

9:30 am


10:00 am


10:30 am

11:00 am



11:30 am



12:00pm

1:30 pm



2:00pm


2:30pm

3:00pm



3:30 pm



4:00pm
5:30pm

6:30pm
Coffee and Registration
Welcome - Robert Westervelt

Pablo Jarillo-Herrero (MIT)
Magic Angle Graphene: a New Platform for Strongly Correlated Physics

Leonid Ponomarenko (Lancaster University)
Electron transport in graphene/boron nitride superlattices

break

Frank Koppens (Institute of Photonic Sciences)
Probing Quantum Plasmonics and the Ultimate Limits of Light Compression with Van der Waals Heterostructures
 
Javier Aizpurua (Center for Materials Physics)
Extreme Nanooptics for Atomic-Scale, Single-Molecule Surface-Enhanced Molecular  Spectroscopy

lunch

Nadya Mason (University of Illinois Urbana Champaign)
Designing Superconductivity: Manipulating Interactions in Arrays of Superconducting Islands

Cory Dean (Columbia University)
Tuning the Degrees of Freedom in 2D Materials

break
 
Julia Mundy (Harvard)
Atomic-resolution Imaging of Charge Transfer at Topological Defects in a Ferroelectric

Joseph Stroscio (NIST)
Visualizing the Interplay between Spatial and Magnetic Confinement in Graphene Quantum Dots
 
poster session, with refreshments
end of session

workshop banquet
Tuesday, June 5
8:30am
9:20am

9:30am


10:00am


10:30am


11:00am

11:30am


12:00pm



12:30pm

2:00pm


2:30pm


3:00pm

3:30pm


4:00pm


4:30pm
Coffee and Registration
Welcome - Robert Westervelt

Mete Atature (Cambridge University)
Coherent Control of Silicon Vacancy Centres in Diamond
 
Joe Randall (TU Delft)
Nuclear-spin Qubits in Diamond for Quantum Networks
 
Fedor Jelezko (Institute for Quantum Optics, Ulm University)
Photoelectrical Readout of Single Spins in Diamond.
 
break
 
William Oliver (MIT & Lincoln Laboratory)
Quantum Engineering of Superconducting Qubits
 
Thomas Ohki (Raytheon / BBN Technologies)
Enabling Technology for Beyond Intermediate Scale Quantum Computing Systems
 
lunch

Yoshiro Hirayama (Tohoku University)
Microscopic Nuclear-Spin-Resonance in Semiconductor Quantum Systems
 
Judy Cha (Yale)
Controlling 1D Topological Nanomaterials and Superconductors
 
break

Eva Olsson (Chalmers)
High Spatial Resolution and In Situ Studies of Tunnel Junctions and Nanowires
 
Ben Feldman (Stanford)
Imaging the wave functions of broken symmetry quantum Hall phases
 
wrap up