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#quantumresearch

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From Japan’s labs to Canada’s research hubs, #FOSS is driving the leap from #quantum research to real-world impact 💪 ⚛️🖥️

Explore Part 2 of this series as Linux Professional Institute (LPI) Editor Andrew Oram dives into #QuTiP, an #opensource toolkit advancing science and careers despite funding and governance hurdles: lpi.org/2to2

@LPI #LPI #QuantumComputing #opensource #FOSS #python #QuTiP #QuantumResearch #DevOps #IT #Tech #toolkit #OQTOPUS @ClassiqTechnologies

Want to get involved in #QuantumComputing but feel it’s out of reach? 🧑‍💻

Projects like #classiq and #OQTOPUS are lowering barriers through #opensource, building global talent pipelines, and welcoming new #contributors.

Learn how they’re doing it from Linux Professional Institute (LPI) Editor Andrew Oram: lpi.org/s11i

@LPI #LPI #QuantumComputing #opensource #QuantumSoftware #FOSS #QuantumResearch #Linux #Tech #IBMQuantum @ClassiqTechnologies

✨ ⚛️ Des chercheuses et chercheurs de notre école sont parvenus à un résultat remarquable: capturer et étudier les changements de phase dans le matériel quantique. Cette avancée est prometteuse pour les technologies de prochaine génération telles que l’informatique quantique et les capteurs ultrasensibles.

#QuantumResearch #EPFL #PhaseTransitions

Plus d'informations: go.epfl.ch/60b-fr

go.epfl.ch · Les secrets des transitions de phase dans le matériel quantiqueDes chercheuses et chercheurs de l’EPFL sont parvenus à un résultat remarquable: capturer et étudier les changements de phase dans le matériel quantique. Cette avancée est prometteuse pour les technologies de prochaine génération telles que l’informatique quantique et les capteurs ultrasensibles.

🚀 **Exciting PhD Opportunity in Cutting-Edge Quantum Research!** 🚀

Are you ready to push the boundaries of quantum systems? We're offering a **high-risk-high-gain PhD project** that explores revolutionary radio-frequency signal detection using free electrons and laser-cooled ions in a quantum mechanically coupled system. This project is funded for 3 years, with a 4th year secured by the department.

🔍 **Project Highlights:**
- Develop a tunable RF detector capable of detecting single photons.
- Work on planar trapping technology from scratch, including circuit board materials.
- Uncover new insights in quantum mechanics with a focus on signal information.

💼 **Requirements:**
- Strong programming skills (C++, Python).
- Experience in automation, electronics, lasers, and CAD.
- Master’s degree in quantum optics, quantum chemistry, or plasma physics.

📅 **Deadline:** November 30, 2024
✍️ **Apply:** michal.hejduk(at)matfyz.cuni.cz

Shape the future of quantum research with us! More info at mhejduk.com/positions/position #academia #QuantumResearch #PhDOpportunity #QuantumTechnology #QuantumPhysics #RFSignalDetection #LaserCooling #QuantumInnovation #ResearchAndDevelopment #ScienceCareers #PhDLife #QuantumSystems #TechInScience #CuttingEdgeResearch #PlanarTrapping #QuantumMechanics #ScienceJobs #GraduateResearch

🚀 Breakthrough in Quantum Research?✨

Scientists have made one step closer to topological quantum computing⚛️

The team successfully created superconducting effects at the edges of special materials, which could be crucial for developing stable quantum computers 🖥️ 💡

Read more ➡️ uni.koeln/KQ82A

📰The results were published in the renowned journal Nature Physics 👇
nature.com/articles/s41567-024