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North American AFM User Meeting
[ START: 00:03:02]
Mapping Nanomechanical Properties: How to Best Benefit from the Latest Innovations in
PeakForce QNM
[ START: 00:31:19]
Multidimensional Imaging of Physical Properties of Materials Using Novel Ringing Mode
[ START: 00:59:36]
Using Machine Learning to Classify and Correlate AFM Phase Images
[ START: 01:29:24]
Live Demonstration feat.
Ringing Mode
[ START: 01:48:21]
Accessing the Viscoelasticity of Polymers at Multiple Scales: Bulk vs.
AFM-nDMA
[ START: 02:12:02]
Live Demonstration feat. nDMA
[ START: 02:29:54]
Live Demonstration feat.
PeakForce Tapping
Day 1 Full Video Program
[ START: 00:01:00]
Review of Recent Advances in Electrical Characterization using Atomic Force Microscopy
[ START: 00:22:49]
Advances in Understanding Electrochemical Degradation: The Power of Co-Localized KPFM
[ START: 00:53:27]
Understanding the Mechanism of (Photo)Electrochemical Transformations in Functional Architectures for Artificial Photosynthesis
[ START: 01:22:20]
Live Demonstration feat. ssPFM
[ START: 01:43:08]
Quantifying Nanoscale Electromechanical Properties using
Piezoresponse Force Microscopy
[ START: 02:09:25]
Live Demonstration feat.
DataCube PFTUNA
[ START: 02:30:35]
Live Demonstration feat.
KPFM
Day 2 Full Video Program
Are you interested in learning more about Bruker's AFM solutions?
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AFM for Materials
Bruker's materials research atomic force microscopes, powered exclusively by PeakForce Tapping® technology, are helping researchers advance new nanomechanical, nanoelectrical, and nanoelectrochemical research, on the order of three peer-reviewed published articles per day.
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AFM Modes
AFM modes and the broad capabilities from AFM beyond imaging
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AFM for Industry
Advancing development and innovation with productivity in mind
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