Ulm's Institute of Theoretical Physics (@qubit_ulm) 's Twitter Profile
Ulm's Institute of Theoretical Physics

@qubit_ulm

This is the Twitter account of the Institute of Theoretical Physics of Ulm University. Director: Martin B. Plenio

ID: 1059748180932337665

linkhttps://www.uni-ulm.de/en/nawi/institut-fuer-theoretische-physik-start-page/home/ calendar_today06-11-2018 10:03:50

393 Tweet

1,1K Followers

136 Following

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The spooky season may be over, but our Halloween party will haunt us (in a good way) till next year! 🎃 Thanks to everyone who brought costumes, courage, and dance moves... From ballads to impressive high notes, we may have scared off a few songs for good👻 #Halloween #Quantum

The spooky season may be over, but our Halloween party will haunt us (in a good way) till next year! 🎃  Thanks to everyone who brought costumes, courage, and dance moves... From ballads to impressive high notes, we may have scared off a few songs for good👻 #Halloween #Quantum
Ulm's Institute of Theoretical Physics (@qubit_ulm) 's Twitter Profile Photo

Martin, Martin & Lennart attend the Annual General Assembly of QuE-MRT which aims to revolutionise cancer imaging with quantum technologies. Amazing tech progress and installation of the first NVision polariser ! Quantum tech is more than just computing ! #NMR #NMRchat #Quantum

Martin, Martin & Lennart attend the Annual General Assembly of QuE-MRT which aims to revolutionise cancer imaging with quantum technologies. Amazing tech progress and installation of the first NVision polariser ! Quantum tech is more than just computing ! #NMR #NMRchat #Quantum
Ulm's Institute of Theoretical Physics (@qubit_ulm) 's Twitter Profile Photo

Today we had Yixuan's final talk of his master's thesis about error-correction-assisted entanglement-based test of quantum gravity 🍎✨ Can entanglement be observed in models with gravitational interation? #QuantumGravity #QuantumErrorCorrection #Entanglement

Today we had Yixuan's final talk of his master's thesis about error-correction-assisted entanglement-based test of quantum gravity 🍎✨ Can entanglement  be observed in models with gravitational interation? #QuantumGravity #QuantumErrorCorrection #Entanglement
Ulm's Institute of Theoretical Physics (@qubit_ulm) 's Twitter Profile Photo

Greetings from the #EQTC2024 in stunning Lisbon 🇵🇹, where Julen & Martin are spreading the gospel of our institute's and NVision’s work to academia, industry, and policymakers ✨ Great science, great connections, and great vibes (Lisbon’s drinks didn’t hurt either)🥂#Science

Greetings from the #EQTC2024 in stunning Lisbon 🇵🇹, where Julen & Martin are spreading the gospel of our institute's and NVision’s work to academia, industry, and policymakers ✨ Great science, great connections, and great vibes (Lisbon’s drinks didn’t hurt either)🥂#Science
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Are you interested in OQS dynamics in the presence of driving and control fields? Does the interplay between the environmental noise and the driven fields lead to new phenomena? ✨ Check out our latest paper freshly published in Quantum 👇 quantum-journal.org/papers/q-2024-…

Ulm's Institute of Theoretical Physics (@qubit_ulm) 's Twitter Profile Photo

New preprint 📢 Two-dimensional electronic spectroscopy (2DES) simulations just became easier! Check out our newly proposed probe qubit protocol that accelerates 2DES simulations on near-term quantum computers ✨ José Diogo Guimarães #QuantumComputing arxiv.org/abs/2411.16290

Ulm's Institute of Theoretical Physics (@qubit_ulm) 's Twitter Profile Photo

Today we had our Trinidad Lantaño telling us about quantum signatures of gravity via angular momentum entanglement ✨ Can two microspheres interacting only through gravity display quantum features? #Quantum #Gravity 🍎

Today we had our <a href="/TriniLantano/">Trinidad Lantaño</a> telling us about quantum signatures of gravity via angular momentum entanglement ✨ Can two microspheres interacting only through gravity display quantum features? #Quantum #Gravity 🍎
Ulm's Institute of Theoretical Physics (@qubit_ulm) 's Twitter Profile Photo

Martin went to Hong Kong to present our work on hyperpolarisation at a very enjoyable conference and had the opportunity to reconnect in person to past postdocs of the group Alex Retzker and Zhenyu Wang. So much better than Zoom calls. @NMR #Quantum

Martin went to Hong Kong to present our work on hyperpolarisation at a very enjoyable conference and had the opportunity to reconnect in person to past postdocs of the group Alex Retzker and Zhenyu Wang. So much better than Zoom calls. @NMR #Quantum
Ulm's Institute of Theoretical Physics (@qubit_ulm) 's Twitter Profile Photo

Today, we had a delightful Coffee Tasting session ☕️ Suddenly, we all became specialists in the intricate flavors, aromas, and acidity of various beans, from selection and harvesting to roasting and brewing. A reminder that coffee isn’t just fuel, it’s art ✨#CoffeeTasting

Today, we had a delightful Coffee Tasting session ☕️ Suddenly, we all became specialists in the intricate flavors, aromas, and acidity of various beans, from selection and harvesting to roasting and brewing. A reminder that coffee isn’t just fuel, it’s art ✨#CoffeeTasting
Ulm's Institute of Theoretical Physics (@qubit_ulm) 's Twitter Profile Photo

Today we had our Giovanni telling us about Induced Spin Selectivity in Electron Transfer ✨A mechanism that has implications for the study of spin transport at temperatures relevant to biological systems and molecular control 🌿☀️ #Quantum #Biology

Today we had our Giovanni telling us about Induced Spin Selectivity in Electron Transfer ✨A mechanism that has implications for the study of spin transport at temperatures relevant to biological systems and molecular control 🌿☀️ #Quantum #Biology
Ulm's Institute of Theoretical Physics (@qubit_ulm) 's Twitter Profile Photo

It's the most wonderful time of the year...🎄✨ A feast of amazing food, extremely sweet wine, great music, and a thrilling ho-ho-homicide investigative game! Big thanks to everyone who brought a dish and joined the party! We wish you all a joyful holiday season ❤️ #Christmas2024

It's the most wonderful time of the year...🎄✨ A feast of amazing food, extremely sweet wine, great music, and a thrilling ho-ho-homicide investigative game! Big thanks to everyone who brought a dish and joined the party! We wish you all a joyful holiday season ❤️ #Christmas2024
Ulm's Institute of Theoretical Physics (@qubit_ulm) 's Twitter Profile Photo

We're kicking off 2025 with a lot of energy 🔥 It's been an incredible start with lots of meetings, esteemed guests, intense discussions, warm gatherings and good beer. Here's to another year of groundbreaking research and fostering connections! 🌍 #Quantum

We're kicking off 2025 with a lot of energy 🔥 It's been an incredible start with lots of meetings, esteemed guests, intense discussions, warm gatherings and good beer. Here's to another year of groundbreaking research and fostering connections! 🌍 #Quantum
Ulm's Institute of Theoretical Physics (@qubit_ulm) 's Twitter Profile Photo

Learn more about the visit of Franziska Brantner, co-leader of the German Green Party to NVision at qubitulm.bsky.social #NMR #NMRchat #Quantum

Ulm's Institute of Theoretical Physics (@qubit_ulm) 's Twitter Profile Photo

See bsky.app/profile/qubitu… if you want learn about our new work on nanodiamond polarisation in Science Advances #NMRChat #NMR #Quantum

Ulm's Institute of Theoretical Physics (@qubit_ulm) 's Twitter Profile Photo

News in Quantum Biology. We use numerically exact methods to demonstrate that accounting for the full vibrational environment leads to picosecond-long inter-excitonic coherences. See bsky.app/profile/qubitu… #Quantum

Ulm's Institute of Theoretical Physics (@qubit_ulm) 's Twitter Profile Photo

Do you want to learn how to compute efficiently non-linear quantities such as the Quantum Fisher Information from a bosonic field and applications to quantum metrology read bsky.app/profile/qubitu… #Quantum

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Read bsky.app/profile/qubitu… to learn how quantum computers can accelerate the computation of ultrafast spectroscopy signals of electron-vibrational coupling. #Quantum #Quantumbiology #Quantumcomputing