Evangelizing Korean women and gender in the early modern world : The power of body and text

This monograph examines how Korean women and men came to engage with Catholic missions during Europe’s late sixteenth and seventeenth centuries, a profoundly volatile period in East Asian history during which political, cultural, and social disruption created opportunities for new interactions in the region. It analyzes the nature of that engagement, as women and men became both subjects for, and agents of, catechizing practices. As their evangelization, experience of faith, proselytizing, and suffering were recorded in mission archives, the monograph explores contact between Catholic Christianity and Korean women in particular. Broomhall demonstrates how gender ideologies shaped interactions between missionary men and Korean women, and how women’s experiences would come to be narrated, circulated, and memorialized

Historia de la beneficencia en Astorga

Incluye apéndice con vocabulario específicoCopia digital. Valladolid : Junta de Castilla y León. Consejería de Cultura y Turismo, 2009-201

Constraining the Hubble constant and its lower limit from the proper motion of extragalactic radio jets

The Hubble constant (H0) is a measurement to describe the expansion rate of the Universe in the current era. However, there is a 4.4σ discrepancy between the measurements from the early Universe and the late Universe. In this research, we propose a model-free and distance-free method to constrain H0. Combining Friedman-Lemaître-Robertson-Walker cosmology with geometrical relation of the proper motion of extragalactic jets, the lower limit (H0,min) of H0 can be determined using only three cosmology-free observables: The redshifts of the host galaxies, and the approaching and receding angular velocities of radio jets. Using these, we propose to use the Kolmogorov-Smirnov test (K-S test) between cumulative distribution functions of H0,min to differentiate cosmology. We simulate 100, 200, and 500 extragalactic jets with three levels of accuracy of the proper motion (μa and μr), at 10, 5, and 1 per cent, corresponding to the accuracies of the current and future radio interferometers. We perform K-S tests between the simulated samples as theoretical distributions with different H0 and power-law index of velocity distribution of jets and mock observational data. Our result suggests increasing sample sizes leads to tighter constraints on both power-law index and the Hubble constant at moderate accuracy (i.e. $10$ and $5$), while at 1{ percent}} accuracy, increasing sample sizes leads to tighter constraints on power-law index more. Improving accuracy results in better constraints in the Hubble constant compared with the power-law index in all cases, but it alleviates the degeneracy