Special Session: Quantum Engineering Materials and Devices in Cambridge, MA

Biofuels and Bioproducts

Symposium Chair

William L. Wilson
Executive Director, Center for Nanoscale Systems
Harvard University

Key Speakers

Quantum Photonics with Diamond
Marko Loncar
Professor, Harvard University

Synthesis and Integration of Two Dimensional Materials
Jing Kong
Professor of Electrical Engineering, Massachusetts Institute of Technology

Metasurface-enabled broadband achromatic optics
Wei-Ting Chen
Research Associate in Applied Physics, Harvard

William D. Oliver
Physics Professor of the Practice Lincoln Laboratory Fellow, RLE Associate Director
Massachusetts Institute of Technology

Enabling Technology for Beyond Intermediate Scale Quantum Computing Systems
Thomas A. Ohki
Physicist, Group Leader of BBN Quantum Engineering and Computing, Raytheon BBN Technologies

Two-dimensional quantum materials for quantum technology
Kin Chung Fong
Scientist, Raytheon BBN Technologies; Associate Scientist,, Harvard University

Robert M. Westervelt
Director
Center for Integrated Quantum Materials

Evelyn Hu
Tarr-Coyne Professor of Applied Physics and of Electrical Engineering
Harvard University

Optical metasurfaces: From fundamental science to application
Robert Devlin
Co-Founder and Chief Scientific Officer, Metalenz

Thin-film lithium niobate for next generation integrated photonic circuits - when performance meets scalability
Mian Zhang
Co-founder and CEO, HyperLight

Metasurface-enabled broadband achromatic optics
Long Ju
Assistant Professor, Department of Physics, Massachusetts Institute of Technology

Symposium Sessions
	Tuesday June 18
8:30	Quantum Engineering Materials
10:30	Metasurfaces for NextGen Devices
1:30	Integrated Optical Devices
2:30	Quantum Information Systems & Computation

Symposium Program
	Tuesday June 18

8:30	Quantum Engineering Materials	313
	Session chair: William L. Wilson, Harvard University, US
8:30	The Center for Integrated Quantum Materials R.M. Westervelt, Harvard University, Center for Integrated Quantum Materials, US
9:00	Quantum Engineering Materials and Devices in Cambridge W. Wilson, Harvard University, US
9:30	Harvard Quantum Initiative E. Hu, Harvard University

10:30	Metasurfaces for NextGen Devices	313
	Session chair: William L. Wilson, Harvard University, US
10:30	Synthesis and Integration of Two Dimensional Materials J. Kong, Massachusetts Institute of Technology, US
11:00	Two dimensional materials for tunable quantum electronic and optical devices L. Ju, Massachusetts Institute of Technology
11:30	Metasurface-enabled broadband achromatic optics W-T. Chen, F. Capasso, Harvard University, US
12:00	Optical metasurfaces: From fundamental science to application R. Devlin, Metalenz, US

1:30	Integrated Optical Devices	313
	Session chair: Bob Westervelt, Harvard University, US
1:30	Quantum Photonics with Diamond M. Loncar, Harvard University, US
2:00	Thin-film lithium niobate for next generation integrated photonic circuits - when performance meets scalability M. Zhang, HyperLight, US

2:30	Quantum Information Systems & Computation	313
	Session chair: Bob Westervelt, Harvard University, US
2:30	Introduction to Quantum Computing W. Oliver, MIT Lincoln Lab, US
2:55	Enabling Technology for Beyond Intermediate Scale Quantum Computing Systems T.A. Ohki, Raytheon BBN Technologies, US
3:20	Two-dimensional quantum materials for quantum technology K.C. Fong, Raytheon BBN Technologies, US