#QNS is proud to congratulate our researchers for publishing 3/5 of the top papers for #Ewha Womans University on the #Nature Index. https://t.co/cbdFH9FGAG #qnsscience #quantumnanoscience https://t.co/ctzW5dz902
Electrically controlled nuclear polarization of individual atoms.
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Jun 2019 – Aug 2022Where it's discussed
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News8 articles
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X / Twitter4 posts
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YouTube2 videos
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The overall tone reflects a recognition of the publication's importance, exemplified by mentions of collaborations, awards, and institutional rankings. Words like 'proud,' 'congratulate,' and references to top publications convey positive acknowledgment but lack detailed technical discussion or critique, highlighting a moderate level of engagement and perceived impact.
The discussions show neutral to mild support, with no clear disagreement about the publication's significance or findings.
Posts demonstrate moderate interest, especially with celebrations of research achievements and mentions of collaboration.
The exchanges are relatively superficial, mostly highlighting the publication and related accolades without deep analysis.
Conversations acknowledge the importance of the research but mainly focus on recognition and institutional achievements, indicating some influence.
Top posts
Most liked on X and BlueskyRT @QNSscience: #QNS is proud to congratulate our researchers for publishing 3/5 of the top papers for #Ewha Womans University on the #Natu…
15 years of Nature Nanotechnology with Andreas Heinrich and Claire Donnelly https://t.co/3AjM8E6VYv via @YouTube
RT @jfrossier: Our latest publication, another collaboration with our awesome experimental colleagues, "Electrically controlled nuclear pol…
All mentions
Advances in Quantum Coherence and Magnetism in Nanoscale Systems
In this webinar, Andreas Heinrich discusses quantum coherence in nanoscale systems, and Claire Donnelly explores 3D nanoscale magnetism and its dynamics, highlighting key developments in nanotechnology and quantum…
Enhancing Magnetic State Lifetime via Diabolic Point in FeN on Cu
This video explores how crossing a diabolic point with a strong magnetic field along the hard axis of an FeN chain on Cu exhibits measurable effects on individual atoms, significantly increasing magnetic state lifetime…
15 years of Nature Nanotechnology with Andreas Heinrich and Claire Donnelly https://t.co/3AjM8E6VYv via @YouTube
RT @jfrossier: Our latest publication, another collaboration with our awesome experimental colleagues, "Electrically controlled nuclear pol…
RT @QNSscience: #QNS is proud to congratulate our researchers for publishing 3/5 of the top papers for #Ewha Womans University on the #Natu…
#QNS is proud to congratulate our researchers for publishing 3/5 of the top papers for #Ewha Womans University on the #Nature Index. https://t.co/cbdFH9FGAG #qnsscience #quantumnanoscience https://t.co/ctzW5dz902