Gender Quotas and Women’s Political Participation in Slovenia and Croatia: When Similar Historical Developments and Homogeneity of Design Yield Different Outcomes

This paper aims at summarizing the knowledge surrounding gender quotas – which are a quick gate-way to women’s political participation – and at assessing the efficacy of their different means of implementation. Through the cross-national study of Slovenia and Croatia (two countries similar on almost every political, social, and historical development except for women’s political representation) and in tandem with an extensive review of previous works in the literature, this paper sheds some light on the techniques the civil society and feminist/women’s movements could use to maximize their political impact and overall gender-quota effectiveness. Indeed, this paper finds that by appealing to the voters and the public during the election period, raising its awareness on key issues, such as gender-equality, informal barriers of entry for women, “the secret garden of nomination” and most importantly party male-dominated “traditionalism”, women’s movements will elicit maximum party response. By attacking directly the nexus of the parties’ survival, namely the votes, at an inopportune moment, namely during the elections, instead of using legislative and lobbying means, women’s movements will maximize their chances of overcoming the innate limitations of an inefficient gender-quota

Paul Bert

This biographical article on Paul Bert highlights his studies on the physiology of respiration and barometric pressure and, in particular his contributions to the understanding of hypoxia, hyperoxia and anesthesia

Crossed Andreev reflection as a probe for the pairing symmetry of Ferromagnetic Superconductors

The coexistence of superconductivity and ferromagnetism has brought about the phenomena of ferromagnetic superconductors. The theory needed to understand the compatibility of such antagonistic phenomena cannot be built until the pairing symmetry of such superconductors is correctly identified. The proper and unambiguous identification of the pairing symmetry of such superconductors is the subject of this paper. This work shows that crossed Andreev reflection can be a very effective tool in order to identify the pairing symmetry of these superconductors.Comment: 5 pages, 1 figure, 1 table. Accepted for publication in Phys. Rev. B(Rapid Communication

International Water Management Institute success stories 2000-2009

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Bias to CMB Lensing Reconstruction from Temperature Anisotropies due to Large-Scale Galaxy Motions

Gravitational lensing of the cosmic microwave background (CMB) is expected to be amongst the most powerful cosmological tools for ongoing and upcoming CMB experiments. In this work, we investigate a bias to CMB lensing reconstruction from temperature anisotropies due to the kinematic Sunyaev-Zel'dovich (kSZ) effect, that is, the Doppler shift of CMB photons induced by Compton-scattering off moving electrons. The kSZ signal yields biases due to both its own intrinsic non-Gaussianity and its non-zero cross-correlation with the CMB lensing field (and other fields that trace the large-scale structure). This kSZ-induced bias affects both the CMB lensing auto-power spectrum and its cross-correlation with low-redshift tracers. Furthermore, it cannot be removed by multifrequency foreground separation techniques because the kSZ effect preserves the blackbody spectrum of the CMB. While statistically negligible for current datasets, we show that it will be important for upcoming surveys, and failure to account for it can lead to large biases in constraints on neutrino masses or the properties of dark energy. For a Stage 4 CMB experiment, the bias can be as large as $\approx$ 15% or 12% in cross-correlation with LSST galaxy lensing convergence or galaxy overdensity maps, respectively, when the maximum temperature multipole used in the reconstruction is $\ell_{\rm max} = 4000$, and about half of that when $\ell_{\rm max} = 3000$. Similarly, we find that the CMB lensing auto-power spectrum can be biased by up to several percent. These biases are many times larger than the expected statistical errors. Reducing $\ell_{\rm max}$ can significantly mitigate the bias at the cost of a decrease in the overall lensing reconstruction signal-to-noise. Polarization-only reconstruction may be the most robust mitigation strategy.Comment: Updated to match published version and fixed typo. Improved study of secondary contractions and end-to-end simulation