Ciencias de la vida y de la materia Materiales bidimensionales

Probing Graphene Physics at the Atomic Scale

22/06/2016

Descripción
Ivan Brihuega’s investigations have been focused on the study of the local properties of nanometric systems at the atomic scale, using scanning tunneling microscopy and spectroscopy as a key experimental tool. He possesses an extensive background in the design, construction and electronic control of scanning probe instrumentation. Since 2008 he investigates, at the atomic scale, the structural electronic and magnetic properties of 2D materials like graphene or BN. He has published 18 papers (4 Physical Review Letters, 1 Nano Letters, 1 ACS NANO, 1 Nature Materials and 1 Science…) on this specific topic, which have received more than 850 citations (without self citations). His experimental works about the influence of atomic point defects in the magnetic properties of graphene are a world-leading reference in the field. Throughout his scientific career, he has worked in some of the most renowned international laboratories, such as the Max Planck Institute in Stuttgart, the CNRS in Grenoble, IBM Almaden and the Graduate School of Engineering, Osaka.
"La Fundación Ramón Areces no se hace responsable de las opiniones, comentarios o manifestaciones realizados por las personas que participan en sus actividades."

Descripción

Ivan Brihuega’s investigations have been focused on the study of the local properties of nanometric systems at the atomic scale, using scanning tunneling microscopy and spectroscopy as a key experimental tool. He possesses an extensive background in the design, construction and electronic control of scanning probe instrumentation. Since 2008 he investigates, at the atomic scale, the structural electronic and magnetic properties of 2D materials like graphene or BN. He has published 18 papers (4 Physical Review Letters, 1 Nano Letters, 1 ACS NANO, 1 Nature Materials and 1 Science…) on this specific topic, which have received more than 850 citations (without self citations). His experimental works about the influence of atomic point defects in the magnetic properties of graphene are a world-leading reference in the field. Throughout his scientific career, he has worked in some of the most renowned international laboratories, such as the Max Planck Institute in Stuttgart, the CNRS in Grenoble, IBM Almaden and the Graduate School of Engineering, Osaka.

"La Fundación Ramón Areces no se hace responsable de las opiniones, comentarios o manifestaciones realizados por las personas que participan en sus actividades."

Vídeos
Ciencias de la vida y de la materia Materiales bidimensionales

Graphene and other 2D Materials

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Modeling Graphene: Novel Electronic and Structural Properties

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Redefining Electronics: System-level Applications of 2D Materials

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Graphene Optoelectronics

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Exotic 2D Materials

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Probing Graphene Physics at the Atomic Scale

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3D Graphene for Energy Storage

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Vision and strategy: Commercialization and exploitation of research results

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Nanotechnology and Entrepreneurship in Spain: Avanzare

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Nanotechnology and Entrepreneurship in Spain: Prof. Frank Koppens

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Política de innovación y transferencia tecnológica del CDTI

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Nanotechnology and Entrepreneurship in Spain: Repsol

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Graphene Flagship: An Opportunity and a Challenge

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Electron transfer chemistry in graphene and 2D electronic materials

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Graphene flexible electronics for funtional neural interfaces

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Graphene Spintronics

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Graphene Membranes for Water Purification

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Roadmap of 2D Research and Commercialization: Tomás Palacios

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Roadmap of 2D Research and Commercialization: Íñigo Charola

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Roadmap of 2D Research and Commercialization: Mar García Hernández

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Roadmap of 2D Research and Commercialization: Michael Strano

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Roadmap of 2D Research and Commercialization: José Antonio Garrido

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Roadmap of 2D Research and Commercialization: Rohit Karnik

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