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The Catholic University of Murcia UCAM has this morning signed a collaboration agreement with the company Graphenano, allowing you to conduct research on this new material.

The agreement was signed by the president of the UCAM, Jose Luis Mendoza, and Graphenano president, Martin Martinez.

Also, note that prior to the signing of the agreement, Martin Martinez and other officers of the company, have given a lecture on the properties, characteristics and applications of graphene.

UCAM President Jose Luis Mendoza, recalled the pillars on which rests the university: teaching, research and outreach, and also added the sport.

Upon agreement, José Luis Mendoza expressed his hope that this project involves an asset for the Region of Murcia, and "for this great company, who bravely accepts a major challenge, investigate graphene, with expectations of future and present and important, "he qualified.

Furthermore, she added that "the development of research projects at our university is still very important to many levels, in diverse areas within the field of food technology, nutrition, sports, health, and engineering "projects that the university now added their research with this new material.

"I propose the possibility of creating a chair, not only the development of research projects, but also the celebration of congresses, conferences," he asserted the president of the Catholic University of Murcia.

For his part, President of Graphenano, Martin Martinez, thanked the UCAM the possibilities offered for research on graphene.

"We are the first manufacturers of graphene, both in quantity and in different aspects such as cable, the sheets ... it's very important the collaboration of the Catholic University of Murcia, by the importance that we have this agreement."

With respect to the properties of graphene, Martin Martinez said that "simply, in graphene we are replacing cable to fiber optics. If we add the percent of property you have, where you can use and so on is that it is impossible make an estimate of the importance of graphene ".0

Source: UCAM