News

A new platform for controlled design of printed electronics with 2D materials

LCN researcher Dr Felice Torrisi with Politecnico di Torino researchers reveals the physical mechanisms responsible for the transport of electricity in printed two-dimensional (2D) materials. The work identifies what properties of 2D material films need to be tweaked to make electronic devices to order, allowing rational design of a new class of high-performance printed and flexible electronics. the full story can be read here and the publication link is below.

Charge transport mechanisms in inkjet-printed thin-film transistors based on two-dimensional materials | Nature Electronics

 

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Professor Anatoly Zayats elected Fellow of Royal Academy of Engineering

Professor Anatoly Zayats elected Fellow of Royal Academy of Engineering

Professor Zayats joins a community of over 1,700 eminent engineers and innovators around the world driving societal impact. LCN ... Find out more

Twenty Years of Discovery: Celebrating the London Centre for Nanotechnology

Twenty Years of Discovery: Celebrating the London Centre for Nanotechnology

For twenty years, the London Centre for Nanotechnology has brought together researchers, students and partners to tackle some of the ... Find out more

LCN researcher awarded Wellcome Leap funding for targeted antibiotic delivery research

LCN researcher awarded Wellcome Leap funding for targeted antibiotic delivery research

LCN Researchers at King's have secured funding through the Wellcome Leap Focused Antibiotics programme to develop a new generation of ... Find out more

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