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White Paper: Unveiling the Power of Electrical Modes
Explore the forefront of nanoscale electrical characterization with our white paper on electrical Atomic Force Microscopy. This guide offers a comprehensive overview of electical AFM techniques, including the conductivi...
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Study of Magnetization in Artificial Spin Ice at Variable Magnetic Fields
Dive into the fascinating world of neuromorphic computing and discover how artificial spin ice structures are revolutionizing the way we think about computation. This application note offers an in-depth exploration of m...
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HOPG topography recorded in static mode on DriveAFM
HOPG topography recorded in static mode. XY-range: 3 nm, z-range 195 pm. Distance between visible atoms: 0.246 nm. No Fourier or Gaussian filtering applied.
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Enhancing Piezoresponse Force Microscopy with Dual Frequency Resonance Tracking: A Practical Guide
This application note discusses the use of Dual-Frequency-Resonance-Tracking (DFRT) in Piezoresponse Force Microscopy (PFM). Piezoelectric materials generate an internal electric field when subjected to mechanical stres...
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Bart Hoogenboom appointed new Head of R&D
Bart Hoogenboom appointed new Head of R&D, bringing expertise in biophysics and advanced scientific instrument design
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Imaging of magnetic domains in ferromagnetic Weyl semimetal using Nanosurf AFM and variable magnetic field sample holder
Semimetals are a wide range of materials filling the gap between classical metals and semiconductors. Unlike in semiconductors, in a semimetal the conduction and valence bands have a small overlap, but similarly to semi...