Feihu Xu

Professor @USTC. Fellow of Optica and IOP. Alumni of @UToronto, @MIT.

[Nature Computational Science @NatComputSci]

📢Out now! Feihu Xu and colleagues propose a framework that incorporates spectrum filtering and motion compensation, enabling non-line-of-sight live videos at 4 fps for a variety of dynamic real-life scenes. https://t.co/GKyKiaWSlp

🔓https://t.co/Dm26AGLCJ8

[Physics World @PhysicsWorld]

The IOP awards, which have been announced on #WorldQuantumDay, are designed to recognize scientific excellence and to help support the development of scientists at the start of their careers. https://t.co/fFYZs97qHk

[IEEE Photonics Society @IEEEPhotonics]

SUBMIT NOW: #IEEE JSTQE Special Issue: Single-Photon Technologies and Applications. This special issue will address the current progress and latest breakthroughs in single-photon technologies and their emergent applications.
https://t.co/4RTtEaaNid

[Single-Photon Group 🏳️‍🌈✨💥⚛️🔬🛰️ @HWUSinglePhoton]

IEEE JSTQE have announced Special Issue on Single-Photon Technologies and Applications including single-photon sources and detectors, quantum entanglement, etc.. See link…
@QCommHub @QuantIC_QTHub
https://t.co/yGq15lMVKp

[Quanta Magazine @QuantaMagazine]

The safest modern forms of encryption are built on quantum devices. New devices demonstrate that perfect secrecy is possible even if a device was built by an eavesdropper. https://t.co/Ub76mJvqOT

[Feihu Xu @Tiger_UofT]

Our recent results on high-resolution NLOS imaging

[Physical Review Letters @PhysRevLett]

Three-dimensional non-line-of-sight imaging with picosecond temporal resolution and millimeter spatial resolution makes it possible to see around corners
Letter: https://t.co/OimdPx51LA
Synopsis: https://t.co/A1wS7r3JTq

[UK Integrated Quantum Networks Hub @IQNHub]

📅📌SAVE THE DATE: QCrypt 2021 is taking place 23-27 August 2021!

#QCrypt2021 is the 11th edition of the annual international scientific conference presenting last year’s top results in #quantum #cryptography. @QcryptC

For more information visit: https://t.co/ULAHiZU9ml

[Feihu Xu @Tiger_UofT]

Continue pushing the limit: Reading this Optica article "Single-photon imaging over 200 km" #OSA_Optica https://t.co/XmG7oPwM2Y

[Feihu Xu @Tiger_UofT]

Our recent work "Non–line-of-sight imaging over 1.43 km" https://t.co/6m9Qj8MZVV

[Feihu Xu @Tiger_UofT]

@NaturePhotonics
Experimental quantum repeater without quantum memory https://t.co/kyFIeu47kP

[Feihu Xu @Tiger_UofT]

@NaturePhotonics
An integrated silicon photonic chip platform for continuous-variable quantum key distribution https://t.co/cTfgYdffnk

[Feihu Xu @Tiger_UofT]

A review article on the recent developments of quantum cryptography, with a focus on the practical security aspects “Quantum cryptography with realistic devices”. Feel free to let me know via email ([email protected]) if any comments/suggestions.

https://t.co/3ONiu17Jsr

[Feihu Xu @Tiger_UofT]

A recent experiment on MDI-QKD. Phys. Rev. Lett. 122, 160501 (2019) - Experimental Demonstration of High-Rate Measurement-Device-Independent Quantum Key Distribution over Asymmetric Channels https://t.co/xBVLgKiCWx

[Feihu Xu @Tiger_UofT]

A piece of news featured our recent work on long-range single-photon 3D imaging: A new camera can photograph you from 45 kilometers away - via @techreview https://t.co/sXrr1wnhWp

[Feihu Xu @Tiger_UofT]

Phys. Rev. Lett. 122, 120504 (2019) - Experimental Quantum Switching for Exponentially Superior Quantum Communication Complexity https://t.co/YUmVrsnXA4

[Feihu Xu @Tiger_UofT]

https://t.co/lxJ4Opo07p

[Feihu Xu @Tiger_UofT]

Stop blocking postdocs’ paths to success https://t.co/1EMgAphFRv

[Feihu Xu @Tiger_UofT]

@ixfoduap Great work. Congratulations!

[Chao-Yang Lu @chaoyanglu]

the first paper from Micius published today
https://t.co/1KWeA46iSU
https://t.co/TLPsziyQud
https://t.co/LffpoMNeW9
https://t.co/10iBQb1IKQ

[Feihu Xu @Tiger_UofT]

@bcsanders @ustc Congratulations!