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Researchers Develop New Graphene-based Sensor Technology for Wearable Medical Devices


Researchers Develop New Graphene-based Sensor Technology for Wearable Medical Devices
Researchers at AMBER, the SFI Centre for Advanced Materials and BioEngineering Research, and from Trinity’s School of Physics, have developed next-generation, graphene-based sensing technology using their innovative G-Putty material.
The team’s printed sensors are 50 times more sensitive than the industry standard and outperform other comparable nano-enabled sensors in an important metric seen as a game-changer in the industry: flexibility.
Maximising sensitivity and flexibility without reducing performance makes the teams’ technology an ideal candidate for the emerging areas of wearable electronics and medical diagnostic devices.
The team – led by Professor Jonathan Coleman from Trinity’s School of Physics, one of the world’s leading nanoscientists – demonstrated that they can produce a low-cost, pr ....

Jonathan Coleman , Daniel Odriscoll , Trinity School Of Physics , European Research Council Proof Of Concept , Centre For Advanced Materials , Advanced Materials , Bioengineering Research , Professor Jonathan Coleman , Danielo Driscoll , European Research Council Proof , ஜொனாதன் கோல்மேன் , திரித்துவம் பள்ளி ஆஃப் இயற்பியல் , ஐரோப்பிய ஆராய்ச்சி சபை ப்ரூஃப் ஆஃப் கருத்து , உயிர் பொறியியல் ஆராய்ச்சி , ப்ரொஃபெஸர் ஜொனாதன் கோல்மேன் , ஐரோப்பிய ஆராய்ச்சி சபை ப்ரூஃப் ,

Graphite-Based Sensor Technology Improves Wearable Medical Devices


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Researchers at AMBER, the SFI Centre for Advanced Materials and BioEngineering Research, and from Trinity s School of Physics, have developed next-generation, graphene-based sensing technology using their innovative G-Putty material.
The team s printed sensors are 50 times more sensitive than the industry standard and outperform other comparable nano-enabled sensors in an important metric seen as a game-changer in the industry: flexibility.
Maximizing sensitivity and flexibility without reducing performance makes the teams technology an ideal candidate for the emerging areas of wearable electronics and medical diagnostic devices.
The team - led by Professor Jonathan Coleman from Trinity s School of Physics, one of the world s leading nanoscientists - demonstrated that they can produce a low-cost, printed, graphene nanocomposite strain sensor. ....

Jonathan Coleman , Daniel Odriscoll , Trinity School Of Physics , European Research Council Proof Of Concept , Centre For Advanced Materials , Advanced Materials , Bioengineering Research , Professor Jonathan Coleman , Danielo Driscoll , European Research Council Proof , ஜொனாதன் கோல்மேன் , திரித்துவம் பள்ளி ஆஃப் இயற்பியல் , ஐரோப்பிய ஆராய்ச்சி சபை ப்ரூஃப் ஆஃப் கருத்து , உயிர் பொறியியல் ஆராய்ச்சி , ப்ரொஃபெஸர் ஜொனாதன் கோல்மேன் , ஐரோப்பிய ஆராய்ச்சி சபை ப்ரூஃப் ,

G-Putty inks tailored for flexible strain sensors


6th May 2021
10:53 am
6th May 2021
10:53 am
Researchers in Ireland have developed a low-cost strain sensor made from a printable graphene nanocomposite that combines high sensitivity and flexibility without reducing performance. 
G-putty based inks can be printed as a thin-film onto elastic substrates, including plasters, and attached easily to the skin (Image: Trinity College Dublin)
The team from Trinity College Dublin have created the next generation sensing technology using so-called G-Putty, an innovation from Trinity in which putty (polysilicone, found in children’s toy ‘silly putty’) is infused with graphene, making the material’s electrical resistance extremely sensitive to slight deformations. ....

Jonathan Coleman , Daniel Odriscoll , Trinity School Of Physics , Trinity College Dublin , European Research Council Proof Of Concept , Professor Jonathan Coleman , Professor Coleman , Trinity School , European Research Council Proof , ஜொனாதன் கோல்மேன் , திரித்துவம் பள்ளி ஆஃப் இயற்பியல் , திரித்துவம் கல்லூரி டப்ளின் , ஐரோப்பிய ஆராய்ச்சி சபை ப்ரூஃப் ஆஃப் கருத்து , ப்ரொஃபெஸர் ஜொனாதன் கோல்மேன் , ப்ரொஃபெஸர் கோல்மேன் , திரித்துவம் பள்ளி , ஐரோப்பிய ஆராய்ச்சி சபை ப்ரூஃப் ,