| Saturday: What are Quantum Technologies? | Sunday: Engineering and using Quantum Technologies | |
| 10-10:45am | Paul Stevenson: What are quantum materials & why do you care? | Alberto de la Torre: Observing and controlling emergence in quantum materials with light |
| 10:50-11:35am | Hai-Ping Cheng: Molecular Magnetocapacitance and all that | Yoseob Yoon: Engineering light-matter and matter-matter interactions |
| 11:40-12:25pm | KC Fong: The basics of superconducting quantum technologies | Sijia Dong: Accelerate Chemical & Materials Discovery Using Physics-Based Simulations & Quantum Computing |
| LUNCH | LUNCH | |
| 1:45-3:45pm | Hands-on activities | Quantum pitch planning |
| 3:45-4:15pm | Discussion & presentations | Discussion & presentations |
Speakers: & Activity Coordinators
Prof. Alberto de la Torre
Prof. Hai-Ping Cheng
Prof. K.C. Fong
https://sites.harvard.edu/fong/
Prof. Sijia Dong
Prof. Paul Stevenson
https://www.stevensonresearch.com/
Prof. Yoseob Yoon
Dr. Zhenyao Fang (Yan group)
Yujia Wang (Kar group)
Activities:
Quantum sensing with diamonds
(Paul Stevenson)
Download the material here!
What does a quantum sensor actually look like? You’ll get hands-on experience operating and analyzing data from a diamond-based quantum sensor
Spin imaging with photoemission microscopy
(Alberto de la Torre)
Download the material here!
How can we image an abstract quantity like “spin”? Learn how new instrumentation at Northeastern’s QMSI can reveal hidden magnetic texture using photoemission microscopy
Quantum Materials at the 2D limit
(Yujia Wang)
Download the material here!
What happens when we engineer materials to be nanoscale in one dimension only? You’ll use a range of techniques to probe how new properties emerge in ultrathin materials
Machine Learning for Quantum Materials
(Zhenyao Fang)
How can new advances in machine learning enable otherwise-impossible calculations? Here you’ll see how careful application of ML techniques can enhance computations.
Download the material here!
Quantum Pitch Day:
Research isn’t a passive thing you watch – get involved in developing and proposing a new qubit! You’ll compete against your peers to win over the panel to your system
QuESO 