The ASEVA scientific committee has an important mission. Their representatives are nominated directly by the executive board, and they are persons that know the community that they represent. They are the people in charge of giving scientific or technological content to our society. As an example, they will provide names of relevant scientists for invited conferences, evaluate the different awards and propose organization of workshops or schools in their fields. Moreover, the ASEVA representatives in IUVSTA divisions are chosen among them.
Currently, the scientific areas of operation of ASEVA are:
Plasma and gas-phase Physics and chemistry.
Gas discharges, plasma sources, plasma diagnostics, plasma kinetics, plasma-surface interactions, plasma processing, Fusion, gas phase reactions, lab- astrophysics.
Elena Jimenez Martinez
Group leader of the FOTOAIR (Química Atmosférica, Fotoquímica y Calidad del Aire) group at the Department of Physical Chemistry of the University of Castilla-La Mancha. Activities: Kinetics in the gas phase of reactions of interest in the Earth’s atmosphere and in ultra-cold astrophysical environments. Main techniques: CRESU technique, analytical techniques (GC/MS, PTR-TOFMS, UV and IR spectroscopies), laser techniques.
Leader of the division for One Dimensional Multifunctional Nanomaterials in the Nanotechnology on Surfaces and Plasmas Group, CSIC-US. Tenured Scientist CSIC. Activities: Plasma Processing and Plasma Deposition, Vacuum deposition, Functional nanomaterials, Wetting, Energy and Photonics. Main techniques: PECVD, Remote Assisted Vacuum Deposition, GLAD, One-reactor, Advanced Characterization
Low dimensional materials and nanostructures
Physics/chemistry on Surfaces, 2D materials, interfaces, nanoparticles, catalysis, modelling
ICREA research professor and Group Leader of the Atomic Manipulation and Spectroscopy group at the Catalan Institute of Nanoscience and Nanotechnology (ICN2). Research fields: Electronic and magnetic phenomena in low dimensional materials, bottom-up synthesis of 2D organic and hybrid materials and the engineering of their quantum properties. Techniques: Scanning tunnelling microscopy (STM), Photoelectron and X-ray absorption Spectroscopies (ARPES, XPS, NEXAFS, XMCD).
Thin-films, coatings and interfaces
CVD&ALD, PVD, plasma assisted deposition, Molecular Beam Epitaxy (MBE), functional coatings, Bio&Hybrid interfaces.
Head of thin solid films (PVD) group at IK4-TEKNIKER. 20 years of expertise in the characterisation and development of coatings by sputtering and cathodic arc, for different applications (hard coatings, cosmetic films, optics and solar stacks).
Assistant professor (Profesor Titular) at Universidad de Sevilla. PhD in Materials Science from Technical University Delft and Master in Technological Management from the universities of Loyola and Georgetown.Senior researcher with a track record of 21 years of experience in coordination and execution of R&D projects both within private and public sector. Main scientific activities: development and advanced characterization of multifunctional thin films and coatings for optical, biomedical and solar energy applications.
Advanced fabrication, processing and characterization
Micro&Nano-fabrication, advanced microscopies, analysis techniques on large facilities, surface processing and functionalization
Group leader of the QnDG (Quanum nanoDevices Group). Scientific interest in the production of devices for quantum information technologies and space exploration, based on quantum-confined materials and superconductors. Manager of the micro & nanofabrication facilities of IMDEA-Nanociencia and CEI UAM+CSIC.
Group leader of the CIRCE beamline for X-Ray Photoemission Microscopy and Spectroscopy at the ALBA Synchrotron. Activities: Study of the electronic, chemical, and magnetic properties of solid surfaces, thin films and nanostructures with advanced analytical techniques. Development of scientific instrumentation. Local contact for academic and industrial users for the exploitation of x-ray user facilities: experiment design and execution and data analysis.
Vacuum Science and Technology
Vacuum system design, particle accelerators, high energy-physics.