Fernando Agulló-Rueda has been a staff scientist at the Materials Science Institute of Madrid (ICMM) of the Spanish National Research Council (CSIC) since 1988 and Senior Research Scientist since 2006. He received his Ph. D. in Physics from the Autonomous University of Madrid (UAM) in 1986. Afterwards he worked abroad for a total of four years: 8 months at the University of Hamburg setting up a Raman spectroscopy laboratory, more than 2 years at the IBM Thomas J. Watson Research Center in New York, and 1 year at the Max-Planck Institute for Solid State Research in Stuttgart, in the last two cases studying the electro-optical properties of semiconductor nanostructures. Throughout his career he has investigated the optical properties of materials and has published some books and more than 125 peer reviewed papers in scientific journals. In 1995 he started the Raman Microscopy Lab to study the nano- and microstructure of materials and devices. He has collaborated with many different groups studying optical waveguides, semiconductor nanostructures, coatings and thin films, biological materials, ion and laser irradiation effects, etc. He has also contributed to the popularization of science with courses, books, and book chapters. Download resume.


  • Materials science
  • Optical properties
  • Raman microscopy
  • Micro- and nanostructure


  • PhD in Physics, 1986

    Autonomous University of Madrid (UAM)

  • MSc in Physics, 1982

    Autonomous University of Madrid (UAM)


Raman microscopy

Materials science

Optical spectroscopy

Materials characterization

Optical properties

Vibrational properties

Thin films and coatings



Metallic oxides

Radiation effects

Biological materials



Senior Research Scientist

Materials Science Institute of Madrid (ICMM), CSIC

Jun 2006 – Present Spain
Raman microscopy of micro- and nanomaterials. In charge of the Raman Microscopy Lab. Setup of a homemade near-infrared Raman microspectrometer. Principal investigator of various research projects. Studied the relationship between microstructure and properties of photonic materials like semiconductors and optical waveguides produced by ion irradiation. Studied biological materials (natural and artificial silk fibers). Lecturer in the on-line Master on advanced materials and nanotechnology (UAM) and the on-line Interuniversity Master on Plasma, Laser and Surface Technologies (UCO-UPM).

Visitor scientist

Max-Planck Institute for Solid State Research (MP-FKF)

Jan 1991 – Dec 1991 Stuttgart, Germany
With Prof. Holger T. Grahn, in the groups of Prof. Klaus von Klitzing and Prof. Klaus Ploog. Studying the optical and electro-optical properties of complex GaAs/AlGaAs semiconductor superlattices.

Research Associate

Materials Science Institute of Madrid (ICMM), CSIC

Feb 1988 – Jun 2006 Spain
Studied porous silicon, semiconductor nanostructures and photonic materials like LiNbO$_3$ waveguides and CdTe thin films by Raman spectroscopy. Established a new Raman Microscopy Lab in 1995. Lecturer at the Autonomous University of Madrid (UAM) (Course: Analytical mechanics for Chemistry undergraduates, 1 semester). Lecturer at the Spanish Center for Metallurgical Research (CENIM) (Course on Science and engineering of the surface of metallic materials).

Postdoctoral scientist

IBM Thomas J. Watson Research Center

Sep 1987 – Dec 1989 Yorktown Heights, New York, USA
With Prof. Emilio E. Mendez, in the group of Prof. Leo Esaki and Prof. Leroy L. Chang. Effect of electric fields on the optical properties of semiconductor nanostructures like GaAs/AlGaAs and CdTe/CdMnTe semiconductor superlattices. Running and upgrading a lab on semiconductor spectroscopy with Spex double monochromators, liquid helium cryostat and Ar ion, Kr ion and Ti-sapphire lasers. Observation of the Wannier-Stark ladder and electric-field induced doubly-resonant Raman effect.

Research Collaborator

University of Hamburg

Jan 1987 – Aug 1987 Hamburg, Germany
With Prof. Jörg P. Kotthaus. Setup of a new Raman microspectroscopy laboratory for the study of semiconductor nanostructures at different temperatures (10–300 K) and variable excitation wavelengths in the near infrared with a dye laser and an argon ion laser. The Raman spectrometer was one of the first Dilor XY models, with a diode array detector and many options: macro/microscope collection, triple monochromator with the first two working either in subtractive or additive mode. The Dilor XY was one of the first commercial systems for Raman microscopy.

PhD Grant from the Government of Spain

Autonomous University of Madrid (UAM)

Jan 1983 – Dec 1986 Madrid, Spain
PhD student under the supervision of Prof. José Manuel Calleja. Internal vibrations of molecular groups as a probe of local crystal structure and phase transitions. Raman spectroscopy of halo-perovskites and halo-hydrates as a function of temperature and high hydrostatic pressure. Use of Jarrell Ash 25-300 double monochromator with photomultiplier tube, liquid nitrogen cryostat and diamond anvil cell.



Flexibilidad nano-estructural y propiedades magnéticas, ópticas y catalíticas en óxidos metálicos multifuncionales (NANOMAGOX)

Investigadores principales: Fernando Agulló-Rueda y Ángel Roberto Landa Cánovas. Organismo financiador: Ministerio de Economía y Competitividad. Referencia: MAT2014-57547-R Centro de ejecución: Instituto de Ciencia de Materiales de Madrid (ICMM), CSIC.

Flexibilidad micro- y nano-estructural en óxidos mixtos de interés catalítico (FlexOCat)

Investigador principal: Fernando Agulló-Rueda. Organismo financiador: Ministerio de Economía y Competitividad. Referencia: MAT2011-27192. Centro de ejecución: Instituto de Ciencia de Materiales de Madrid (ICMM), CSIC.

Producción de fibras artificiales bioinspiradas en la seda de araña

Producción de fibras poliméricas artificiales bioinspiradas en la seda sintetizada en la glándula ampollácea mayor de la araña (hilo MAS)

Surface functionalization of materials for high added value applications (FUNCOAT)

Ciencias y Tecnologías de funcionalización de superficies e interfases en materiales de alto valor añadido. Surface functionalization of materials for high added value applications. Proyecto CONSOLIDER-INGENIO 2010

Biosensores basados en compuestos nanoestructurados de silicio / Biosensors based on nanostructured silicon compounds

The main purpose of his project is the development of biosensors based on substrates of nanostructured silicon compounds. Among these materials we have chosen porous silicon (PS) with controlled nanocrystal size and nanostructured silica in the form MCM41.

Diseño de patrones por haces de iones en materiales para aplicaciones optoelectrónicas y biofuncionales. Micro y nanocaracterización / Ion beam patterning of materials for optoelectronic applications and biofunctionalization

Investigation of ion beam techniques for the development of micro- and nanostructures showing (a) Optical contrast that could be exploited as photonic structures of interest in optoelectronics, and (b) Electrical properties contrast that could be used as electric protocols to stimulate specific processes of biological cell differentiation

Electrodos basados en monolitos de carbono. Aplicación a supercondensadores y baterias de ión-litio

Investigador principal: José María Rojo. Organismo financiador: Ministerio de Ciencia e Innovación. Referencia: MAT2008-03182. Centro de ejecución: Instituto de Ciencia de Materiales de Madrid (ICMM), CSIC. Duración: 2009–2011 (3 años).

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