J. I. Espeso

collaborators

3 papers

cond-mat.mtrl-sci2024

Exploring the complex interplay of anisotropies in magnetosomes of magnetotactic bacteria

David Gandia, Lourdes Marcano, Lucía Gandarias +9

Magnetotactic bacteria (MTB) are of significant interest for biophysical applications, particularly in cancer treatment. The biomineralized magnetosomes produced by these bacteria…

cond-mat.str-el2007

Mesoscopic Magnetic States in Metallic Alloys with Strong Electronic Correlations: A Percolative Scenario for CeNi $_{1 - x}$ Cu $_{x}$

N. Marcano, J. C. Gomez Sal, J. I. Espeso +4

We present evidence for the existence of magnetic clusters of approximately 20 Åin the strongly correlated alloy system CeNi $_{1 - x}$ Cu $_{x}$ (0.7 $\leq$ x $\leq$ 0.2) based on small…

cond-mat.str-el2005

Magnetic ground state of CeNi $_{1 - x}$ Cu $_{x}$ : A calorimetric investigation

N. Marcano, J. I. Espeso, J. C. Gomez Sal +3

We present a detailed specific heat study of the CeNi $_{1 - x}$ Cu $_{x}$ series in a large temperature range of 0.2 K to 300 K. The analysis of these data, considering also previous ne…

Exploring the complex interplay of anisotropies in magnetosomes of magnetotactic bacteria

Mesoscopic Magnetic States in Metallic Alloys with Strong Electronic Correlations: A Percolative Scenario for CeNi1−x​Cux​

Magnetic ground state of CeNi1−x​Cux​: A calorimetric investigation

Mesoscopic Magnetic States in Metallic Alloys with Strong Electronic Correlations: A Percolative Scenario for CeNi $_{1 - x}$ Cu $_{x}$

Magnetic ground state of CeNi $_{1 - x}$ Cu $_{x}$ : A calorimetric investigation