QphoX – The Gateway to Scalable Quantum Computing

March 8 at 11:05 am
Add here
Facebook
Twitter
LinkedIn
Quantum computers expand on the existing capabilities of modern computers by solving previously intractable problems. For qubits operating at cryogenic temperatures, the limited cooling power pose severe restrictions on the scalability of quantum computers. Accordingly, transduction between microwave and optical frequencies is a key technology, enabling both long-range quantum interconnects at room temperature and qubit interfaces with a minimal heat load. We present a scalable platform for large bandwidth and ultra-low-noise microwave-to-optics transduction based on a planar superconducting resonator coupled to a photonic cavity through a nanomechanical intermediary. Our system allows us to simultaneously realise strongly coupled electro-mechanical and high-performance opto-mechanical interfaces. The device is extremely compact (< 0.15 mm2), and fully integrated for wafer-scale fabrication.
Mathilde Lemang, Device Integration Lead, QphoX
Add here
Featured Speaker(s):
Mathilde Lemang

Mathilde Lemang

Device Integration Lead QphoX
https://q2b.qcware.com/wp-content/uploads/2023/03/Tokyo-Header-original-1-scaled.jpeg
Loading Events

« All Events

  • This event has passed.

QphoX – The Gateway to Scalable Quantum Computing

March 8 @ 11:05 am - 11:15 am

Event Series Event Series (See All)
Featured Speaker(s):
Mathilde Lemang

Mathilde Lemang

Device Integration Lead QphoX

Quantum computers expand on the existing capabilities of modern computers by solving previously intractable problems. For qubits operating at cryogenic temperatures, the limited cooling power pose severe restrictions on the scalability of quantum computers. Accordingly, transduction between microwave and optical frequencies is a key technology, enabling both long-range quantum interconnects at room temperature and qubit interfaces with a minimal heat load.
We present a scalable platform for large bandwidth and ultra-low-noise microwave-to-optics transduction based on a planar superconducting resonator coupled to a photonic cavity through a nanomechanical intermediary. Our system allows us to simultaneously realise strongly coupled electro-mechanical and high-performance opto-mechanical interfaces. The device is extremely compact (< 0.15 mm2), and fully integrated for wafer-scale fabrication.


Mathilde Lemang, Device Integration Lead, QphoX

Details

Date:
March 8
Time:
11:05 am - 11:15 am
Series:
Event Category:
Event Tags:

Venue

Keynote Room

Sign Up For Updates

By completing this form you agree with the storage and handling of your data by QC Ware. You are signing up to receive updates regarding QC Ware, its products, and/or events hosted by the company. If you do not select a specific type of updates to receive, you will subscribe to receive all company updates.  

*Please note – upon submission, you will receive an email from QCWare providing you with our Q2B24 Global Prospectus.