2,078 research outputs found
India as a Foreign Policy Actor – Normative Redux. CEPS Working Document No. 285, February 2008
This paper analyses India’s behaviour as a foreign policy actor by looking at India’s changing relations over the past decade with the EU, US, China, Japan, Myanmar, Pakistan, Nepal and, in a historical departure, the former princely state of Sikkim. It argues that though India has almost always been a normative actor, Indian foreign policy is today transiting from abstract, and frequently ‘unrealpolitik,’ views of what constitutes normative behaviour. India’s ‘Look East’ policy has been the cornerstone of this transition, indicating that economic growth, maritime capability and peace and stability in its neighbourhood are key goals of India’s present behaviour as a normative foreign policy actor
Exponentially Localized Solutions of Mel'nikov Equation
The Mel'nikov equation is a (2+1) dimensional nonlinear evolution equation
admitting boomeron type solutions. In this paper, after showing that it
satisfies the Painlev\'{e} property, we obtain exponentially localized dromion
type solutions from the bilinearized version which have not been reported so
far. We also obtain more general dromion type solutions with spatially varying
amplitude as well as induced multi-dromion solutions.Comment: 12 pages, 2 figures, to appear in Chaos, Solitons and Fractal
Periodic and Localized Solutions of the Long Wave-Short Wave Resonance Interaction Equation
In this paper, we investigate the (2+1) dimensional long wave-short wave
resonance interaction (LSRI) equation and show that it possess the Painlev\'e
property. We then solve the LSRI equation using Painlev\'e truncation approach
through which we are able to construct solution in terms of three arbitrary
functions. Utilizing the arbitrary functions present in the solution, we have
generated a wide class of elliptic function periodic wave solutions and
exponentially localized solutions such as dromions, multidromions, instantons,
multi-instantons and bounded solitary wave solutions.Comment: 13 pages, 6 figure
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