New Insights into Nanoscale Surface Properties Through PeakForce Tapping and Ringing Mode

_{PRESENTATION HIGHLIGHTS}

• [00:00:54]  Introduction to PeakForce Tapping
• [00:05:30] Optimized probes and calibration for improved accuracy & repeatability
• [00:11:15] Easier access to raw data-cubes for smarter analysis of mechanical response
• [00:15:28]  Investigating the non-contact part of the force curves
• [00:18:10] New insights into pull-off and localized binding with Ringing Mode
• [00:28:52] Improved control & more data points with NanoScope 6 controller

_{PRESENTATION HIGHLIGHTS}

• [00:02:22] Ringing Mode vs. sub-resonance tapping (PeakForce QNM) and other modes
  
• [00:04:10] Restored/averaged adhesion channel
• [00:06:58] Pull-off neck height and disconnection distance channels
  
• [00:10:23] Other height channels (adhesion height, disconnection height, zero-force height)
• [00:12:17] Disconnection energy loss channel
• [00:13:25] Dynamic creep phase shift channel
  
• [00:13:57] Advantages of Ringing Mode
• [00:16:40] Ringing Mode example data
• [00:18:57] Applications of Ringing Mode

_{PRESENTATION HIGHLIGHTS}

• [00:00:23] How is it possible to calibrate the sensitivity of a triangular ultrasharp tip?
• [00:02:57] Can you already process this data offline and get the same channels as Ringing Mode?
• [00:04:10] Can you elaborate on what neck height means in terms of structure for cell/biological studies?
• [00:05:48] What probes are used for Ringing Mode in air? Is there any difference in the probes you would use for liquid operation?
• [00:08:15] What samples work best with Ringing Mode? Are there any samples where Ringing Mode does not work well?