Pressure-sensitive electronic ‘skin’

[grow_thumb image=”” thumb_width=”175″ /]A thin pressure sensor under development by a team at Stanford University has the potential to impact robotics, health tech devices, smartwatches and prosthetics. A transistor made of a flexible polymer semiconductor is actually more sensitive than skin, detecting temperature, pressure and humidity, and works even when curved. At a pulse point, it not only detected pulse but also “a second, weaker wave of blood being bounced back from the extremities, and a third wave that can provide a measurement of the stiffness of the artery. Stiff arteries can be a sign of damage from diabetes, or cholesterol buildup.” LiveScience. Published in Nature Communications in May and somehow winding up in the NY Post this week.


  • the TakkTile sensor developed at Harvard which is also centered on a digital barometer [TTA 23 April].
  • another pressure-sensitive thin skin from researchers Martin Kaltenbrunner and Takao Someya at the University of Tokyo, oddly attractive on its own. Engadget
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