Job Alert
University professor (W3 without management function) (f/m/x) for electromagnetic quantum sensors
Deadline: 2026-04-07
Location: Germany - Ulm
#hiring #professor #headofdepartment #electricalengineering #physics #quantumtechnology #quantumsensors
Customs and Border Protection is testing AI‑powered quantum sensors – the Gemini platform – that combine FTIR and Raman spectroscopy to sniff out trace fentanyl in vehicle cargo. The DHS‑backed trials could give agents a faster, non‑intrusive way to interdict drugs at the border. Curious how AI meets quantum tech for drug detection? #CBP #FentanylDetection #QuantumSensors #AIInterdiction
🔗 https://aidailypost.com/news/cbp-seeks-aidriven-quantum-sensors-tested-by-dhs-detect-fentanyl-cars
🔬🧲 Levitation breakthrough! OIST scientists create a frictionless disk that levitates over magnets—no external power needed. Overcomes eddy damping for ultra-sensitive sensors detecting dark matter & quantum forces. Future tech unlocked! Read more: https://thedebrief.org/levitation-breakthrough-scientists-create-levitating-disk-that-requires-no-external-power/
#GoodNews #LevitationTech #MagneticInnovation #ScienceWin #QuantumSensors
L'équipementier français, qui conçoit des systèmes électroniques pour des avions, des drones ou encore des sous-marins, mise sur le quantique pour développer les technologies qui seront utilisées sur le champ de bataille de demain.
🧲 Can a molecule in your body really sense the Earth's magnetic field?
🔗 Quantum theory of a potential biological magnetic field sensor: Radical pair mechanism in flavin adenine dinucleotide biradicals. Computational and Structural Biotechnology Journal, DOI: https://doi.org/10.1016/j.csbj.2024.11.032
📚 CSBJ Quantum Biology and Biophotonics: https://www.csbj.org/qbio
#QuantumBiology #Magnetoreception #RadicalPairMechanism #SpinChemistry #FAD #QuantumSensors #Biophysics #OpenQuantumSystems
Researchers developed #NuclearSpin microscopy, a new type of #microscopy using #QuantumSensors. A specially prepared diamond chip converts nuclear #MagneticResonance signals into optical signals, enabling high-resolution #imaging: http://go.tum.de/197301 🔬
📷C. Hohmann / @MCQST
🔬 Quantum-Plated Nano Sensors: A Bold Leap Forward ✨
Explore the future of precision with Quantum-Plated Nano Sensors—revolutionizing healthcare, environmental monitoring, and industrial innovation with unparalleled sensitivity and accuracy.
🔗 Read more: https://www.imaginethefuturewithai.com/p/quantum-plated-nano-sensors-a-bold
💬 How do you see this tech shaping the future?
You can't just have one...
Microwave grapes next to each other and you'll see sparks between them. Why? Their shape, water content, and metal ion concentration.
They can act as microwave resonators running powerful quantum sensors. These are used, for example, in increasing the accuracy of atomic clocks.
In this case, the optimum length and diameter of the grapes was 27mm & 17mm. Variety/growing conditions were not reported... :-)
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