Nanotechnology Research in
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Research is on fundamental topics in micro- and nanometer-scale science and technology with a strong emphasis towards new materials and applications. It can be divided into three main fields: The investigation of hybrid (superconductor, ferromagnet, semiconductor) quantum structures by transport and magnetization measurements, optical analysis of correlated materials and biomaterials by Raman spectroscopy and ellipsometry as well as the investigation of quantum Hall droplets.
Recent work has focused on Linear and nonlinear optical nanoscopy; Photoemission and nonlinear optical spectroscopy of metallic quantum wells; Quantum mechanical and statistical modelling of organic and inorganic nanomaterials; Advanced spectroscopic and STM studies of surface structures and reactions.
During the first three years, students receive basic interdisciplinary training in physics, chemistry, biology, molecular biology, mathematics, and computer science. Many of the courses are followed along with students from these core disciplines. In addition, a number of courses address issues specific to the nano-area.
In addition to the undergraduate programs, iNANO hosts a Doctorate school in nanoscience, iNANOschool. Here, students can be admitted with a Master's degree in a traditional (5+3) year model, but at this Faculty, studies are more often carried out following a (4+4) year model where the students are admitted after four years of study and the Master's project becomes an integrated part of the Doctorate which then lasts four years. A special (3+5) year honors program has recently been introduced where very talented students can be admitted to graduate school with a Bachelor's degree.
The members of iNANO and their respective research groups have complementary research programs in the analysis and synthesis of nanomaterials. The framework of iNANO, however, fosters and strengthens interdisciplinary activities, promotes the development of new non-traditional programs, and provides unique facilities for competitive research.
During their Master's degree students are required to specialize in one of three different disciplines: nanophysics, nanochemistry or nanomolecular biology.
Por su naturaleza la nanotecnolog�a es un �rea multidisciplinar y multisectorial. Es por esta raz�n que la colaboraci�n entre diversos centros, con experiencia en los diferentes aspectos de esta disciplina -f�sicos/qu�micos, te�ricos/experimentales, b�sicos/aplicados-, y con el denominador com�n de estudiar los sistemas moleculares, es imprescindible para implantar un programa de formaci�n como el que se propone. El M�ster de NNM no tiene precedentes a nivel nacional ya que pretende abordar los aspectos que se encuentran en la intersecci�n de la Nanociencia con los sistemas moleculares.
Research on energy, nanomaterials, biomimetics and medicine.
The Master of Nanophysics programme (as such) will not be organised in the academic year 2010-2011. However, a number of English courses remain available to foreign students (e.g. within Erasmus program). Additionally, foreign students are welcome for internships and their M.Sc. thesis work at UA. Provided that more than 40 ECTS are collected and recognized by his/her home university, the student can obtain a bi-diploma.
The NanoLab centre of excellence consists of six research groups (EMAT, CMT, PLASMANT, AXES, DuEL, ENM) with complementary expertise in the field of nanoscience and nanomaterials. The research focuses around the themes of structural and chemical characterization by means of electron microscopy, computer simulations of the growth of nano structures formed in plasmas or by laser interaction, theoretical modulation of nano structures and the study of their optical, magnetic and superconducting properties.
The mission of the Portugese Center for Research in Ceramics and Composite Materials (Ciceco) is to develop the scientific and technological knowledge necessary for the innovative production and transformation of ceramics and composite materials. Research areas include nanostructured materials.
Research includes development of nanostructures of biocompatible polymers; study of polymer surfaces in 2D and 3D; Development of biosensors based on membrane receptors with electrochemical and optical detection principles. Development of biosensors based on DNA structures. Application to the development of microfluidic systems for lab-on-chip. Modelling of microfluidic systems.
The EUROPHOTONICS-POESII Erasmus Mundus Joint Master Degree (EMJMD) started in 2010 is a two years Master program focusing on advanced research and applied topics that will constitute the near and extended future scientific goals in the field of Photonics Engineering, Nanophotonics, Biophotonics, with interdisciplinary applications.
This Master constitutes an ambitious interuniversitary action that involves Lecturers, Professors and Researchers from groups with a significant activity in the fields of Nanoscience and Nanotechnology. This involves four of the main Universities in Catalonia (including two of the main Research and Technological Universities in Spain, located in Barcelona) and research institutes in the areas of Barcelona and Tarragona (including Institutes integrated in the Spanish Superior Research Council (CSIC)), under the coordination of the University of Barcelona.
The group investigates soft matter and biophysical systems from a physicochemical point of view.