EUGEN SEIF

(BCMaterials)

MAGNETO-THERMOMECHANICAL PROPERTIES OF NIMNGA/POLYMER-COMPOSITES

 EDUARDO FERNANDEZ

(BCMaterials)

SWITCHING VOLUME FRACTION IN HIGH DENSITY FePt NANODOTS ARRAY

 PEDRO COSTA

(Universidade do Minho)

ELASTOMER BASED COMPOSITES AS HIGHLY STRETCHABLE MATERIALS FOR SENSOR, ACTUATOR AND ENERGY GENERATION APPLICATIONS

ANDRÉS MARTÍN

(BCMaterials)

INFLUENCE OF ND CONTENT AND OF NB AND CU ON GRAIN BOUNDARY INFILTRATION IN ND-LEAN ND-FE-B PERMANENT MAGNETS

 

ESTIBALIZ LEGARRA

(BCMaterials)

INFLUENCE OF THE ORDER-DISORDER TRANSITION ON THE MAGNETIC PROPERTIES OF Fe₇₅Al_25-xSi_x ALLOYS

ADRIANA HUÍZAR

(UPV/EHU)

MAGNETIC ANISOTROPY IN ASSEMBLIES OF MAGNETITE NANOPARTICLES EXTRACTED FROM MAGNETOTACTIC BACTERIA MAGNETOSPIRILLUM GRYPHISWALDENS

Perpendicular magnetic anisotropy: from ultralow power spintronics to cancer therapy Most thin magnetic films have their magnetization lying in the plane of the film because of shape anisotropy. In recent years there has been a resurgence of interest in thin magnetic films which exhibit a magnetization easy axis along the surface normal due to so-called Perpendicular Magnetic Anisotropy (PMA). PMA has its origins in the symmetry breaking which occurs at surfaces and interfaces and can be strong enough to dominate the magnetic properties of some material systems.

En el marco de las actividades de la semana de San Alberto Magno en la Facultad de Ciencias de la Universidad de Zaragoza, D. José Manuel Barandiaran dará una conferencia sobre nanomagnetismo.

CÁTEDRA SAMCA DE NANOTECNOLOGÍA

 "NANOMAGNETISMO Y NANOFOTONICA"

"Development of new hight temperature shape memory alloys based NiMnGa system"

 ANABEL PÉREZ

(BCMaterials)

“Magnetic and structural characterization of magnetic nanoparticles biosynthesized by magnetotactic bacteria”

LOURDES MARCANO

(UPV/EHU)

Magnetotactic bacteria are a microorganism that can align and navigate in geomagnetic fields thanks to the internal presence of a chain of magnetic nanoparticles, also called magnetosomes. These chains play the role of a compass needle and allow to the bacteria to orientate in the Earth´s magnetic field to find a more comfortable and richer in nutrients environment ^[1].