Alien Registration- Leblond, Laura M. (Limestone, Aroostook County)

https://digitalmaine.com/alien_docs/34817/thumbnail.jp

Governance in the European Union - Applying the "trilemma of global politics"

The European Union with its sophisticated institutional system is the most important regional integration on Earth. This tight form of economic integration converges to the level that Dani Rodrik calls hyperglobalization in his model, the political trilemma of globalisation. In our paper we develop the mentioned model and then we apply it to the case of the European Integration. We argue that if we want to maintain the deep integration among member states in the EU we have to pass more and more functions of the nation states to the federation level. In case of the EMU that means that federal fiscal policy is needed which could lead to multi-speed Europe considering new member states’ reluctance to give up their specific institutions

Archivistique et gestion électronique des documents : la convergence des professions par la convergence des systèmes

Travail réalisé à l’EBSI, Université de Montréal, sous la direction de M. Yvon Lemay dans le cadre du cours SCI6111 – Politique de gestion des archives, à l'automne 2010.Ce travail porte sur la convergence des professions en sciences de l'information, plus précisément sur la relation entre l'archivistique et la gestion électronique des documents (GED) telle que perçue par les théoriciens et par les praticiens. Des offres d'emploi sont également examinées

Understanding EU trade policy in the twenty-first century

The EU has negotiated numerous bilateral trade agreements with countries around the world during the last two decades. As we move into 2020, Patrick Leblond and Crina Viju-Miljusevic take stock of the changes that have occurred in EU trade policy in the twenty-first century and highlight some key future research agendas

Theoretical study of the erbium-doped fiber laser passively mode-locked by nonlinear polarization rotation

We investigate theoretically the mode-locking properties of an erbium-doped birefringent fiber laser in a unidirectional cavity containing an optical isolator. The mode-locking is achieved through nonlinear polarization rotation. The approach is based on a master equation which takes explicitly into account the angles between the eigen axis of the fiber at each side of the polarizer. The stability conditions of both the stationary and localized solutions are determined. This allows to establish a stability diagram versus the angles which gives the domains where the laser operates in continuous, mode-locked or unstable regime. The model also allows to calculate the pulse duration together with the pulse energy as a function of the orientation of the eigen axis of the fiber with respect to the polarizer