La genética textual como lectura comparatista : El caso de la génesis de Amadeus, de Peter Shaffer

En este trabajo se presentan algunas reflexiones sobre los aportes de la genética textual o crítica genética (Lois, 2001; Goldchluk, 2005; 2009) al comparatismo. Dado que este enfoque propone un trabajo con el proceso de escritura, presupone la comparación entre diferentes estadios textuales; la obra es la suma de los diferentes estadios textuales y momentos de archivación, no sólo el estadio édito para esta perspectiva. El modo de lectura que puede desprenderse de este enfoque permite encontrar en una obra diferentes núcleos de análisis que pueden leerse de modo transversal en diferentes instancias textuales, por lo cual se puede efectuar una lectura que denominaremos «constelada¼. ;Para abordar estas ideas, recurriremos a observaciones surgidas a partir del proyecto de licenciatura que se centra en el estudio de la génesis textual de la obra Amadeus, del dramaturgo inglés Peter Shaffer.

La genética textual como lectura comparatista : El caso de la génesis de Amadeus, de Peter Shaffer

En este trabajo se presentan algunas reflexiones sobre los aportes de la genética textual o crítica genética (Lois, 2001; Goldchluk, 2005; 2009) al comparatismo. Dado que este enfoque propone un trabajo con el proceso de escritura, presupone la comparación entre diferentes estadios textuales; la obra es la suma de los diferentes estadios textuales y momentos de archivación, no sólo el estadio édito para esta perspectiva. El modo de lectura que puede desprenderse de este enfoque permite encontrar en una obra diferentes núcleos de análisis que pueden leerse de modo transversal en diferentes instancias textuales, por lo cual se puede efectuar una lectura que denominaremos «constelada¼. ;Para abordar estas ideas, recurriremos a observaciones surgidas a partir del proyecto de licenciatura que se centra en el estudio de la génesis textual de la obra Amadeus, del dramaturgo inglés Peter Shaffer.

Amadeus, Papa e Greve no Natal

O direito constitucional à greve está consagrado no art. 57º da Constituição. Desde que estejam assegurados os serviços mínimos – indispensáveis às necessidades sociais impreteríveis -, o direito à greve é absolutamente inalienável e não pode ser coarctado por uma qualquer “requisição civil”, em conjugação com o art. 18º/2 da Constituição; The constitutional right to strike is enshrined in art. 57 of the Constitution. Provided they are guaranteed the minimum services - indispensable to essential social needs - the right to strike is absolutely inalienable and can not be inhibited by any "civil requisition", in conjunction with art. 18/2 of the Constitution.

Amadeus IT holdings information technology

Equity research report

Bild und Raum : ein Vergleich von Silvia Bächli und Wolfgang Tillmans

[s.c.]

AMADEUS: advanced manipulation for deep underwater sampling

AMADEUS is a dexterous subsea robot hand incorporating force and slip contact sensing, using fluid filled tentacles for fingers. Hydraulic pressure variations in each of three flexible tubes (bellows) in each finger create a bending moment, and consequent motion or increase in contact force during grasping. Such fingers have inherent passive compliance, no moving parts, and are naturally depth pressure-compensated, making them ideal for reliable use in the deep ocean. In addition to the mechanical design, development of the hand has also considered closed loop finger position and force control, coordinated finger motion for grasping, force and slip sensor development/signal processing, and reactive world modeling/planning for supervisory `blind grasping¿. Initially, the application focus is for marine science tasks, but broader roles in offshore oil and gas, salvage, and military use are foreseen. Phase I of the project is complete, with the construction of a first prototype. Phase I1 is now underway, to deploy the hand from an underwater robot arm, and carry out wet trials with users.

AMADEUS: advanced manipulation for deep underwater sampling

AMADEUS is a dexterous subsea robot hand incorporating force and slip contact sensing, using fluid filled tentacles for fingers. Hydraulic pressure variations in each of three flexible tubes (bellows) in each finger create a bending moment, and consequent motion or increase in contact force during grasping. Such fingers have inherent passive compliance, no moving parts, and are naturally depth pressure-compensated, making them ideal for reliable use in the deep ocean. In addition to the mechanical design, development of the hand has also considered closed loop finger position and force control, coordinated finger motion for grasping, force and slip sensor development/signal processing, and reactive world modeling/planning for supervisory `blind grasping¿. Initially, the application focus is for marine science tasks, but broader roles in offshore oil and gas, salvage, and military use are foreseen. Phase I of the project is complete, with the construction of a first prototype. Phase I1 is now underway, to deploy the hand from an underwater robot arm, and carry out wet trials with users.