Alarcón Oseguera, Francisco (Date of defense: 2016-02-08)
It is known that active particles induce emerging patterns as a result of their dynamic interactions, giving rise to amazing collective motions, such as swarming or clustering. Here we present a systematic ...
Cuadra-Solís, Pedro-de-Jesús (Date of defense: 2015-10-29)
In this thesis we have studied the vortex dynamics in type-2 superconducting thin films made of La1.82Sr0.18CuO4, patterned Pb and MgB2, by means of the combination of microwave, dc and ac measurements. ...
Camuñas i Soler, Joan (Date of defense: 2015-03-02)
Single-molecule techniques allow to following biomolecular reactions with unprecedented resolution. Particularly, optical tweezers can be used to manipulate and apply forces to individual molecules ...
Lendínez Escudero, Sergi (Date of defense: 2016-01-20)
Research in magnetic materials leads to new devices and technologies. As the technology progresses, the devices become smaller and this miniaturization allows more storage capacity and lower costs in ...
López Domínguez, Víctor (Date of defense: 2014-06-11)
The interaction between magnetic nanoparticles and high frequencies, such as microwaves or terahertz waves, is one of the most active field of research, with interesting applications in the screening ...
Moya Álvarez, Carlos (Date of defense: 2015-12-01)
From the fundamental point of view, NPs formed by MFe2O4 with (M= Co, Fe) are ideal system models to study the new magnetic phenomena associated with the so-called particle-like behaviour, which emerges ...