Maya González

Esta investigación ha sido motivada con la intención de analizar las ejecuciones morfológicas en dos grupos de niños procedentes de dos ambientes sociales y educativos diferentes. Concretamente, un grupo de niños-as procede de un ambiente socioeducativa de clase media (n=33) y otro grupo con desventaja medioambiental, de un ambiente social de clase baja (n=34), estando sus edades comprendidas entre 7 años y 6 meses, y 9 años. Los niños-as respondieron a un conjunto de subpruebas morfológicas, unas inventadas y otras reales: las primeras estaban destinadas a medir la capacidad para aplicar reglas morfológicas inventadas sin carga léxicosemántica específica, no estando mediatizadas por aprendizajes anteriores;…

This paper explores the fundamental theses of the capabilities approach and differentiates it from notions of development that are more focused on the generation of wealth and growth. The paper emphasizes the importance of action in the development of life projects and describes the importance of emancipation in exercising freedoms. It then describes the education challenges from the perspective of the capabilities approach. It situates the importance of this approach in the Latin American context, where freedom is closely linked to the pursuit of social justice. Finally, it describes the different areas of application of the capabilities approach in education and points out the limitations of formal education in the contemporary world.

Code-based cryptography is currently the second most promising post-quantum mathematical tool for quantum-resistant algorithms. Since in 2022 the first post-quantum standard Key Encapsulation Mechanism, Kyber (a latticed-based algorithm), was selected to be established as standard, and after that the National Institute of Standards and Technology post-quantum standardization call focused in code-based cryptosystems. Three of the four candidates that remain in the fourth round are code-based algorithms. In fact, the only non-code-based algorithm (SIKE) is now considered vulnerable. Due to this landscape, it is crucial to update previous results about these algorithms and their functioning. The Fujisaki-Okamoto transformation is a key part of the study of post-quantum algorithms and in this work we focus our analysis on Classic McEliece, BIKE and HQC proposals, and how they apply this transformation to obtain IND-CCA semantic security. Since after security the most important parameter in the evaluation of the algorithms is performance, we have compared the performance of the code-based algorithms of the NIST call considering the same architecture for all of them.