MCQST

@mcqst.bsky.social

Cluster of Excellence connecting more than 500 scientists in an interdisciplinary research center for Quantum Science and Technology. Get entangled with us!

Happy to support the Atomic Quantum Matter 2026 | Sep 7–11 @istaresearch.bsky.social Join the international community working on quantum gas microscopes, tweezer arrays & many-body quantum systems for a week of talks, posters & collaboration. 🔗 atomic-quantum-matter2026.pages.ist.ac.at #AQM26

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🔬 A new quantum microscope enables a direct view of electron interactions in graphene — for the first time at room temperature. The team led by physicist Dmitri Efetov ( #LMU/ #MCQST) confirms a decades-old theoretical prediction with remarkable precision. #QuantumPhysics

Twisting Into Focus: A highly sensitive Quantum Microscope

A team led by LMU physicist Dmitri Efetov has developed a new device capable of directly observing hidden electron interactions in graphene at room temperature.

lmu.de

🔬 A mysterious state of matter - the pseudogap - may hold the key to deciphering #superconductivity. Using a quantum simulator, a team led by #LMU physicist Immanuel Bloch, member of @mcqst.bsky.social shows how subtle magnetic patterns shape this enigmatic phase. www.lmu.de/en/newsroom/...

Hidden order in quantum chaos: the pseudogap

In a quantum simulator LMU and MPQ physicists reveal how subtle magnetic patterns shape one of the most puzzling states of matter - an important step towards understanding superconductivity.

lmu.de

🚀 MCQST START Fellowship - Launch your own research project and take the leap toward independence. Why apply? • Your own budget, office & lab space • Leadership & mentoring • Access to MCQST’s vibrant quantum community Ready to shape your research future? Apply now! www.mcqst.de/support/star...

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🤩 Öffentlicher Vortrag: "Einblicke in Optomechanischen Technologien" 🎤 Prof. Dr. Eva Weig aus @tum.de 📆 11. Dez. 2025 | 19:15 Uhr 📍Großer Physikhörsaal N120, Fakultät der Physik LMU ▶️https://www.mcqst.de/news-and-events/events/einblicke-in-optomechanischen-technologien.html #IYQ2025 #Quantum2025

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Forschende der #LMU & des @mcqst.bsky.social entwickeln Methode, um neuartige Quantenvielteilchensysteme direkt zu beobachten. Bei der sog. Rydberg-Dressing-Methode werden Atome mit Laserlicht in einen besonders stark wechselwirkenden Zustand „hineingemischt“. Mehr dazu hier:

Quantensimulation: Kollektive Phänomene sichtbar machen

Forschende der LMU und des Exzellenzclusters MCQST entwickeln Methode, um neuartige Vielteilchensysteme direkt zu beobachten.

lmu.de

🎉 Last week, we kicked off the 2025 Summer Bachelor Program with an introductory retreat. 💡This week, the students are getting to know Munich’s vibrant quantum ecosystem through lectures and lab tours before starting their own projects. Wishing them an insightful #QuantumSummer! ▶️ mcqst.de/summer

Group photo of 2025 cohortMental health hikeInsight into cutting edge laboratoriesLab tours and hands-on experiments