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Let the science talk

Issue #14 | Unexpected magnon spin diffusion in ultra-thin ferrite film

ProteusQ and AI had a crucial role for greakthrough findings challenging the standard models for magnons crossing domain walls.
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Let the science talk - Issue #13:

Issue #13 | New chiral quantum light sources validated with Scanning NV Magnetometry

NV magnetometry was the only way to validate an innovative approach to produce smaller and smarter Chiral Quantum Light sources
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Let the science talk - Issue #12: Image magnetic domain walls with NV T1 relaxometry

Issue #12 | Image complex spin textures in antiferromagnets with NV relaxometry

Qnami shows that combining scanning NV Magnetometry data and AI, it is possible to quantitatively reconstruct the magnetizaion vector with unprecedented precision.
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Let the science talk - Issue # 11: Reconstruct magnetization vectors combining NV magnetometry and artificial intelligence

Issue #11 | Reconstruct magnetization vectors combining NV magnetometry and AI

Qnami shows that combining scanning NV Magnetometry data and AI, it is possible to quantitatively reconstruct the magnetizaion vector with unprecedented precision.
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All the major scientific breakthrough unlocked through Scanning NV Magnetometry and powered by Qnami products in a nutshell

Issue #10 | 2022 in a nutshell

Scanning NV Magnetometry enables to reveal unconventional flexomagnetic effects in inhomogeneously strained chromium oxide thin film.
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Qnami - Let the science talk | Issue #9 - Unconventional flexomagnetism in chromium oxide thin films

Issue #9 | Unconventional flexomagnetism in chromium oxide thin films

Scanning NV Magnetometry enables to reveal unconventional flexomagnetic effects in inhomogeneously strained chromium oxide thin film.
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Issue #8 | Room-temperature Skyrmions at zero field in exchange-biased ultrathin films

With Scanning NV Magnetometry, researchers were able to unanbiguously image room-temperature skyrmions in exchange-biased multilayer stack at zero field.
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Let the Science talk | Issue 7 - Nanoscale mechanics of antiferromagnetic domain walls

Issue #7 | Nanoscale Mechanics of antiferroagnetic domain walls

The team led by Dr. Aurore Finco observed for the first time topological defects in multiferroic antiferromagnets at room temperature using Qnami Quantilevers.
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Let the science talk Issue 6 - Topological defects in multiferroic antiferromagnets

Issue #6 | Topological defects in multiferroic antiferromagnets

The team led by Dr. Aurore Finco observed for the first time topological defects in multiferroic antiferromagnets at room temperature using Qnami Quantilevers.
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Let the science talk - Issue #5 | exotic antiferromagnetic spin textures in multiferroics

Issue #5 | Exotic spin textures in bismuth ferrite

With its excellent mechanical and thermal stability, Qnami ProteusQ enabled to study complex spin textures micron-sized single domains designed by piezoresponse force microscopy.
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