The Manufacturing Immortality Project is a three-year project, saved by the Engineering and Physical Sciences Research Council (EPSRC), that will examine a growth of new materials done adult of biological and non-biological tools that are able of self-healing.
Initially a plan will concentration on formulating materials for use in untouched places such as deep-sea cables or hot sites, though in a destiny a investigate could lead to consumer products such as mobile phones with self-healing screens.
The EPSRC-funded consortium is done adult of experts from a University of Bristol, Sheffield Hallam University, University of Manchester, Cranfield University, University of Aberdeen, Lancaster University and Northumbria University.
Dr Paul Race, Principal Investigator and a Biochemist during a University of Bristol said:
“This is a hugely sparkling plan that leverages a total imagination of researchers opposite 7 universities and 13 companies to broach truly transformative self-healing technologies for use opposite a operation of focus areas.
“The aim of a Manufacturing Immortality consortium is to emanate new materials that have a ability to renovate – or are really formidable to mangle – by mixing bio and non-biological composites, such as germ with ceramics, potion and electronics.
“This investigate has a intensity to lead to some truly ground-breaking developments that could have a outrageous impact on a bland lives – such as smartphone screens that have a ability to ‘self-heal’ if they are burst or damaged.
“Our ultimate aspiration it that a outcomes of this plan will significantly minister to positioning a UK as a universe personality in innovative production technologies.”
Dr Paul Bingham, reader in materials engineering and Sheffield Hallam’s plan lead, said:
“This is a estimable and critical plan and SHU is unapproachable to be partial of this group with other heading institutions. The group hopes that within a subsequent 18 months we will start to see some really sparkling formula which, by a finish of a three-year project, could good be entirely functioning inclination and materials.”
Source: University of Bristol
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