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Jonathan Coleman has been a lecturer in Physics at Trinity College Dublin since 2001.
Dr Coleman's main area of research is the study of Carbon nanotubes. These nanoscale cylinders, just a millionth of a millimeter wide but up to millimeters in length are more conductive than copper and many times stronger than steel. To harness these properties, Coleman's work focuses on mixing nanotubes with plastics to create new, functional composite materials. This work has resulted in electrically conductive plastics and lightweight composites with the strength of steel.
One highlight of this work was the fabrication of polymer-nanotube fibres as strong as the strongest steel and over a hundred times tougher than Kevlar. This work was published in Nature in 2003 and received global publicity.
In total Dr Coleman has published over 100 papers in peer-reviewed journals and one patent. Recently Dr Coleman and co-workers received over a million dollars from the prestigious Human Frontier Science Program to study interactions between nanotubes and biomolecules. He also just recieved an SFI PI award for 1.1 million to study exfiliation of nanotubes and graphene. Prof. Coleman is a joint lead PI (with Prof J Boland) on an SFI funded collaborative project with Hewlett Packard to develop flexible, transparent metal films for electrode applications.
Dr Coleman's main area of research is the study of Carbon nanotubes. These nanoscale cylinders, just a millionth of a millimeter wide but up to millimeters in length are more conductive than copper and many times stronger than steel. To harness these properties, Coleman's work focuses on mixing nanotubes with plastics to create new, functional composite materials. This work has resulted in electrically conductive plastics and lightweight composites with the strength of steel.
One highlight of this work was the fabrication of polymer-nanotube fibres as strong as the strongest steel and over a hundred times tougher than Kevlar. This work was published in Nature in 2003 and received global publicity.
In total Dr Coleman has published over 100 papers in peer-reviewed journals and one patent. Recently Dr Coleman and co-workers received over a million dollars from the prestigious Human Frontier Science Program to study interactions between nanotubes and biomolecules. He also just recieved an SFI PI award for 1.1 million to study exfiliation of nanotubes and graphene. Prof. Coleman is a joint lead PI (with Prof J Boland) on an SFI funded collaborative project with Hewlett Packard to develop flexible, transparent metal films for electrode applications.
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James Garcia,Eoin Caffrey, Luke Doolan, Dominik V Horvath,Tian Carey,Cian Gabbett,Jonathan N Coleman
Tian Carey,Jack Maughan, Luke Doolan,Eoin Caffrey,James Garcia,Shixin Liu,Harneet Kaur, Cansu Ilhan,Shayan Seyedin,Jonathan N Coleman
Small methodspp.e2301654-e2301654, (2024)
NANOSCALE ADVANCESno. 4 (2024): 1074-1083
Cian Gabbett, Luke Doolan,Kevin Synnatschke,Laura Gambini, Emmet Coleman,Adam G. Kelly,Shixin Liu,Eoin Caffrey,Jose Munuera,Catriona Murphy,Stefano Sanvito,Lewys Jones,
Nature Communicationsno. 1 (2024): 1-12
ADVANCED MATERIALSno. 9 (2023): e2306954-e2306954
ADVANCED ENERGY MATERIALSno. 6 (2023)
Journal of Materials Researchno. 2 (2023): 1-10
Cian Gabbett,Luke Doolan,Kevin Synnatschke, Laura Gambini,Emmet Coleman,Adam G. Kelly,Shixin Liu,Eoin Caffrey,Jose Munuera, Catriona Murphy,Stefano Sanvito,Lewys Jones,
arxiv(2023)
Cian Gabbett,Adam G. Kelly, Emmet Coleman, Luke Doolan,Tian Carey,Kevin Synnatschke,Shixin Liu, Anthony Dawson, Domhnall OSuilleabhain,Jose Munuera,Eoin Caffrey,John B. Boland,
arxiv(2023)
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