Quantum Photonics - Stockholm University

Research Group of Ana Predojević

[Quantum Photonics - Stockholm University @QTechStockholm]

Faster estimations of entanglement could be a boon for large-scale quantum technologies https://t.co/65oK9YTaYE

[Quantum Photonics - Stockholm University @QTechStockholm]

Thank you everyone! @QuantumHedgehog @KoutnyDominik @OpticsOlomouc @SchneiderQMat @QuantERA_EU
Deep learning of quantum entanglement from incomplete measurements | Science Advances https://t.co/c0a1Iwrprt

[Science Advances @ScienceAdvances]

Researchers experimentally demonstrate quantum entanglement quantification boosted by #MachineLearning which could outperform state-of-the-art methods with greater accuracy from fewer measurements.

Learn more in this week's issue of Science Advances: https://t.co/Nh8H3I4ENS

[Quantum Photonics - Stockholm University @QTechStockholm]

Quantum Readiness Toolkit: Building a Quantum-Secure Economy https://t.co/IpyFq1cnYt via @wef

[Quantum Photonics - Stockholm University @QTechStockholm]

...and of course this would not be possible without the best on-site Thesis committee ever!

[Quantum Photonics - Stockholm University @QTechStockholm]

Congratulations Junior!

[Quantum Photonics - Stockholm University @QTechStockholm]

invoking nonlocality, contextuality, and good spirits...

[Physical Review Research @PhysRevResearch]

Optimal and tight Bell inequalities for state-independent contextuality sets, Junior R. Gonzales-Ureta, Ana Predojević, and Adán Cabello @QTechStockholm #Quantum #QuantumInformation https://t.co/htz1Smqyhs

[Quantum Photonics - Stockholm University @QTechStockholm]

Our latest paper is published - Phys. Rev. Research 5, L012035 (2023) - Optimal and tight Bell inequalities for state-independent contextuality sets https://t.co/EChuY2xUrF

[Quantum Photonics - Stockholm University @QTechStockholm]

Phys. Rev. A 107, 023706 (2023) - Steady-state entanglement generation for nondegenerate qubits https://t.co/6cF7ntfQTV

[Quantum Photonics - Stockholm University @QTechStockholm]

@AntnSo It was great having you here! Looking forward to new discussions.

[Quantum Photonics - Stockholm University @QTechStockholm]

Our paper on a novel device for high efficiency extraction of entangled photon pairs is now published in @PhysRevLett.
Thank you everyone! @QETLabsBristol @SchneiderQMat @UniOldenburg @OpticsOlomouc @UPOlomouc @QuantERA_EU

https://t.co/kdtZKLpkHK

[Quantum Photonics - Stockholm University @QTechStockholm]

@MeteAtature I had exactly the same thought in my head.....why not Iron Maiden!?!

[QOLO @OpticsOlomouc]

Entanglement quantification from local measurements using neural networks. Works great for experimental data from quantum dots and parametric generators, while trained only on simulated data. https://t.co/ZSJsyHxnwM @KoutnyDominik @QtechStockholm @SchneiderQMat @QuantumHedgehog

[Quantum Photonics - Stockholm University @QTechStockholm]

Stockholms universitet | PhD student in Experimental Quantum communication: Generation of high dimensional entangled states. https://t.co/K6Bd6LcuhH

[Quantum Photonics - Stockholm University @QTechStockholm]

@HeindelTobias @SchneiderQMat When I was a kid I would get the spot of the unicorn...nicely constrained so my Dad could work on his PhD....

[Quantum Photonics - Stockholm University @QTechStockholm]

Stockholms universitet | PhD student in Experimental Quantum communication: Generation of high dimensional entangled states. https://t.co/n78RGp7Wdq

[QOLO @OpticsOlomouc]

Deep learning of light polarization in twisted liquid crystals with errors down to 10^-4. Applied to quantum state preparation & measurement. https://t.co/ZbaP3VcuyN Data & code: https://t.co/Nmn59B5Jpq @DVasinka @QuantumHedgehog

[Quantum Photonics - Stockholm University @QTechStockholm]

It is a hot day.....have a Bier-Glas!
https://t.co/oBu8URuf0b

[Quantum Photonics - Stockholm University @QTechStockholm]

Our new preprint entitled Device-independent quantum key distribution based on Bell inequalities with more than two inputs and two outputs is now on https://t.co/J4TIiP5mcJ.

[QOLO @OpticsOlomouc]

Our new preprint on shaping the g(2) autocorrelation and photon statistics is now on https://t.co/E7du4uOZsB 📝
Data and code are hosted by the amazing @CodeOceanHQ; capsule https://t.co/OVQS5VmTtB 🖥️
🐦@IvoStraka 🦔@QuantumHedgehog