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Bioinspired Materials NCCR

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Back

Electronic skin with selective multi-sensing capabilities inspired by natural sensory neuro-receptors

The project's aim is to create artificial skin that closely mimics natural skin while incorporating various hydrogels and intrinsic conductive polymers to enable multiple sensory functions.

Main investigator

CUT_Antonia G_WINS_8.png
GEORGOPOULOU PAPADONIKOLAKI Antonia

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Involved people

AMSTAD_Esther.jpg
AMSTAD Esther

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  • Related publications
      3D printing of self-healing longevous multi-sensory e-skin
      Georgopoulou Antonia, Lee Sudong, Dai Benhui, Bono Francesca, Hughes Josie, Amstad Esther
      Communications Materials (2025)

      default picture

       

      Adhesive Double‐Network Granular Organogel E‐Skin
      Georgopoulou Antonia, Dai Benhui, Yu Chow Kadence Shen, Hughes Josie, Amstad Esther
      Advanced Materials Technologies (2025)

      default picture

       

     
  • Related projects as project manager

      Projects of AMSTAD Esther

      Mechano-responsive CaCO3-based coatings

      Fabrication of load-bearing soft actuators

     
ABOUT US
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  • Open positions
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EQUAL OPPORTUNITIES
  • Funding programs
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  • #NCCRwomen
RESEARCH
  • Module 1: Mechanically responsive materials
  • Module 2: Photonic materials
  • Module 3: Bio-interfaces across scales
  • Translation projects
  • Other research projects
  • Research stories
  • Publications & Datasets
  • Good scientific practices
  • Completed projects
  • Open Science
INNOVATION & TECHNOLOGY TRANSFER
  • Proof-of-concept grant
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  • Idea disclosure
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NCCR Bio-Inspired Materials

University of Fribourg

Chemin des Verdiers 4

CH-1700 Fribourg

+41 26 300 9266

myriam.marano@unifr.ch

bioinspired-materials.ch

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