A study of Professionalism during the Falklands/Malvinas war: The Case of the Argentine Marines

This paper assesses how organizational culture affects the fighting performance of units in the battlefield. By focusing on the behavior of a group of Argentine troops during the Falklands War in 1982. Between May 21 and June 14, Argentine and British troops engaged in a fierce land battle for the possession of a group of islands in the South Atlantic known as the Falkland/Malvinas. In a campaign that a participant characterized as “no picnic,” British Marines, paratroopers, and Guards troops defeated the Argentine garrison comprised mainly of conscripted soldiers. However, Argentine Marine units especially distinguished themselves for their fighting ability. According to the author the main reason for this performance rests on their organizational culture.

Argentine Command Structure and its Impact on Land Operations during the Falklands/Malvinas War (1982)

This paper claims that besides training and equipment shortcomings, Argentine command structure was another source of problems that affected the military operations during the Falklands/Malvinas Campaign during April-June 1982. Consequently, the flawed command structure can be seen as a contributing factor in Argentina’s military defeat. Improvisation, confusion, lack of coordination, and desperation prevailed along the command structure throughout the conflict. Operational and tactical commands were seem to be pulling apart between the political imperatives of the High Command in Buenos Aires that transcended to the islands and the military imperatives of the front. This handicap was critical to conduct operations. By using official documents, reports and accounts and the own participants’ testimonies, this paper clarifies the issues connected with the structure of the Argentine High Command and it furthers our understanding of how the Argentine armed forces functioned.

Scalar Field Cosmologies with Viscous Fluid

We investigate cosmological models with a free scalar field and a viscous fluid. We find exact solutions for a linear and nonlinear viscosity pressure. Both yield singular and bouncing solutions. In the first regime, a de Sitter stage is asymptotically stable, while in the second case we find power-law evolutions for vanishing cosmological constant.Comment: 8 pages, LaTeX. To be published in International Journal of Modern Physics

Perfect fluid cosmologies with varying light speed

We have found exact constant solutions for the cosmological density parameter using a generalization of general relativity that incorporates a cosmic time-variation of the velocity of light in vacuum and the Newtonian gravitation constant. We have determined the conditions when these solutions are attractors for an expanding universe and solved the problems of the Standard Big Bang model for perfect fluids.Comment: 10 pages, LaTeX 2.09. To be published in International Journal of Modern Physics