Ultra‐Sensitive Bio‐Polymer Iontronic Sensors for Object Recognition from Tactile Feedback

Supramolecular polymer gels show promise for use in batteries, supercapacitors, and multifunctional sensors. However, their poor stiffness and ionic conductivity hinder their large‐scale utilization. Herein, a cellulose‐based supramolecular bio‐polymer gel (SBPG) with high ionic conductivity and exc...

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Published in:Advanced materials technologies Vol. 8; no. 16
Main Authors: Cicek, Melih Ogeday, Durukan, Mete Batuhan, Yıldız, Bayram, Keskin, Deniz, Doganay, Doga, Çınar Aygün, Simge, Cakir, Murat Perit, Unalan, Husnu Emrah
Format: Journal Article
Language:English
Published: 25.08.2023
Subjects:
flexible electronics
human–machine interfaces
iontronic pressure sensors
machine learning
object sensing
ISSN:2365-709X, 2365-709X
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Abstract Supramolecular polymer gels show promise for use in batteries, supercapacitors, and multifunctional sensors. However, their poor stiffness and ionic conductivity hinder their large‐scale utilization. Herein, a cellulose‐based supramolecular bio‐polymer gel (SBPG) with high ionic conductivity and exceptional stiffness is reported. These properties are translated into proof‐of‐concept iontronic pressure sensors with an ultra‐high sensitivity of 1 475 000 kPa−1. The technological potential is demonstrated via fabrication of a prototype smart glove using only eight pressure sensors based on this novel gel. Smart glove sensors with 90% classification accuracy for object recognition are demonstrated using a tactile feedback algorithm. Cellulose‐based supramolecular bio‐polymer gels with high ionic conductivity (9.85 x 10-4 S cm-1)  are fabricated. Developed supramolecular bio‐polymer gels are used for an ultra‐high sensitivity iontronic pressure sensor with a sensitivity of 147 500 kPa−1. Pressure sensing mechanism of the sensors is extensively investigated with 3D Bode analysis. The sensors are used to develop a smart glove for object recognition.
AbstractList Supramolecular polymer gels show promise for use in batteries, supercapacitors, and multifunctional sensors. However, their poor stiffness and ionic conductivity hinder their large‐scale utilization. Herein, a cellulose‐based supramolecular bio‐polymer gel (SBPG) with high ionic conductivity and exceptional stiffness is reported. These properties are translated into proof‐of‐concept iontronic pressure sensors with an ultra‐high sensitivity of 1 475 000 kPa−1. The technological potential is demonstrated via fabrication of a prototype smart glove using only eight pressure sensors based on this novel gel. Smart glove sensors with 90% classification accuracy for object recognition are demonstrated using a tactile feedback algorithm. Cellulose‐based supramolecular bio‐polymer gels with high ionic conductivity (9.85 x 10-4 S cm-1)  are fabricated. Developed supramolecular bio‐polymer gels are used for an ultra‐high sensitivity iontronic pressure sensor with a sensitivity of 147 500 kPa−1. Pressure sensing mechanism of the sensors is extensively investigated with 3D Bode analysis. The sensors are used to develop a smart glove for object recognition.
Author Cicek, Melih Ogeday
Cakir, Murat Perit
Yıldız, Bayram
Durukan, Mete Batuhan
Keskin, Deniz
Çınar Aygün, Simge
Doganay, Doga
Unalan, Husnu Emrah
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  organization: Middle East Technical University (METU)
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Snippet Supramolecular polymer gels show promise for use in batteries, supercapacitors, and multifunctional sensors. However, their poor stiffness and ionic...
SourceID wiley
SourceType Publisher
SubjectTerms flexible electronics
human–machine interfaces
iontronic pressure sensors
machine learning
object sensing
Title Ultra‐Sensitive Bio‐Polymer Iontronic Sensors for Object Recognition from Tactile Feedback
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