COST Tipicqa (@tipicqa) 's Twitter Profile
COST Tipicqa

@tipicqa

COST Action on Trapped Ions: Progress in Classical and Quantum Applications

ID: 1103674372609490944

calendar_today07-03-2019 15:10:50

202 Tweet

141 Followers

17 Following

IonQ (@ionq_inc) 's Twitter Profile Photo

Curious where to start using IonQ hardware on #AzureQuantum? Our friends at Azure Quantum have put together a wonderful quickstart that can help anyone in the public preview run their first quantum job on our systems in around 15 minutes. docs.microsoft.com/en-us/azure/qu…

Chiara Decaroli (@decarolichiara) 's Twitter Profile Photo

Oh, I missed the #SciArtTweetStorm #SciArt! Here's a late illustration I made last year, representing the efforts in #quantum research within NCCR QSIT: Quantum Science and Technology in Switzerland! #illustration #switzerland

Oh, I missed the #SciArtTweetStorm #SciArt! Here's a late illustration I made last year, representing the efforts in #quantum research within <a href="/NCCR_QSIT/">NCCR QSIT</a>: Quantum Science and Technology in Switzerland!  #illustration #switzerland
Ion busters (@ion_busters) 's Twitter Profile Photo

Great to see #trappedion hardware from IonQ running with Qiskit. The qiskit team have put tremendous effort for industry adoption with wonderful tutorials and examples.

AQT (@aqt_gmbh) 's Twitter Profile Photo

AQT is delighted to be a founding member of the European #Quantum Industry Consortium (QuIC) which advocates, promotes, and fosters the common interests of the European Quantum Industry towards all #QuantumTechnology stakeholders. Find more details here 👉qt.eu/about-quantum-…

AQT is delighted to be a founding member of the European #Quantum Industry Consortium (QuIC) which advocates, promotes, and fosters the common interests of the European Quantum Industry towards all #QuantumTechnology stakeholders.

Find more details here 👉qt.eu/about-quantum-…
M-Labs (@m_labs_ltd) 's Twitter Profile Photo

ARTIQ virtual mini-conference on April 28, with talks on new developments, contributions from physics research groups, and use cases. Register (free of charge): iontraps.eu/events/artiq-d…

ARTIQ virtual mini-conference on April 28, with talks on new developments, contributions from physics research groups, and use cases. Register (free of charge): iontraps.eu/events/artiq-d…
Philipp Schindler (@pschindleruibk) 's Twitter Profile Photo

New paper on heating effects in #iontraps @[email protected] arxiv.org/abs/2104.10623 We had a detailed look into how an ion crystal can melt from a collision with background gas, and how to re-crystallize. We found a surprisingly simple model that is validated by the experiment.

New paper on heating effects in #iontraps <a href="/uniinnsbruck/">@uniinnsbruck@social.uibk.ac.at</a> arxiv.org/abs/2104.10623 We had a detailed look into how an ion crystal can melt from a collision with background gas, and how to re-crystallize. We found a surprisingly simple model that is validated by the experiment.
Dr Tiffany Harte (@ultracoldtiff) 's Twitter Profile Photo

Thanks to the organisers of today's ARTIQ workshop! It was interesting to hear about its features, the community, and the ways different experiments are using it. Now I have a very long list of things to learn more about! COST Tipicqa M-Labs

AQT (@aqt_gmbh) 's Twitter Profile Photo

Happy #StarWarsDay2021, everyone! May the electromagnetic force be with you. 😉 #quantumcomputing #iontrap #maythe4thbewithyou

Happy #StarWarsDay2021, everyone! May the electromagnetic force be with you. 😉

#quantumcomputing #iontrap #maythe4thbewithyou
Ion busters (@ion_busters) 's Twitter Profile Photo

A Single Photon Avalanche Diode (SPAD) has been integrated into an #iontrap operation at room temperature by Sandia National Labs. The close proximity of detectors allows for more photons to be collected giving high detection fidelties. arxiv.org/abs/2105.01235

A Single Photon Avalanche Diode (SPAD) has been integrated into an #iontrap operation at room temperature by <a href="/SandiaLabs/">Sandia National Labs</a>. 
The close proximity of detectors allows for more photons to be collected giving high detection fidelties. 

arxiv.org/abs/2105.01235
Ion busters (@ion_busters) 's Twitter Profile Photo

99.94% two qubit fidelity (prepping a bell state in 35us) woth #TrappedIons from Georgia Tech They used laser based gate and also an 8.5K ion trap. Interstingly, it looks like they could have gone warmer and still have had "similar" fidelities🧐. arxiv.org/abs/2105.05828

99.94% two qubit fidelity (prepping a bell state in 35us) woth #TrappedIons from <a href="/GeorgiaTech/">Georgia Tech</a> 

They used laser based gate and also an 8.5K ion trap. Interstingly, it looks like they could have gone warmer and still have had "similar" fidelities🧐. 

arxiv.org/abs/2105.05828
Kenneth Brown (@kenbrownquantum) 's Twitter Profile Photo

Brown lab + collaborators talks at DAMOP N01.00053 Fault-Tolerant Operation of a Quantum Error-Correction Code U04.00002 Progress towards dipole-phonon quantum logic with trapped CaO+ and Ca+ ion U04.00006 Co-trapping K, Ca+, and CaH+: Ion-atom-molecule interaction measurements

Oregon Ions (@ionsoregon) 's Twitter Profile Photo

Electrically-driven non-Gaussian operations for trapped-ion CVQC, Using 'protected' modes in trapped ions to enable mid-algorithm measurements for CVQC, and Spontaneous scattering errors from Raman transitions in metastable trapped-ion qubits.

PRX Quantum (@prx_quantum) 's Twitter Profile Photo

A near-optimum system for entangled photon collection and absorption in a single trapped ion is experimentally achieved: High-efficiency is further demonstrated by the generation of multi-photon states with up to 15 photons. IQOQI Innsbruck go.aps.org/3uE8bnR

A near-optimum system for entangled photon collection and absorption in a single trapped ion is experimentally achieved: High-efficiency is further demonstrated by the generation of multi-photon states with up to 15 photons. <a href="/iqoqi/">IQOQI Innsbruck</a>

go.aps.org/3uE8bnR