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By Dr. Saad Qadeer  Time: 3.00 pm –  4:00 pm. Day: Wednesday , December 12 , 2018. Venue: A2- Academic Block, LUMS  Abstract In 1831, Faraday observed the formation of standing waves on the surface of a vibrating fluid body. Subsequent experiments have revealed the existence of a rich tapestry of patterned states that can be accessed by varying the frequency and amplitude …

Simulating Nonlinear Faraday Waves on a Cylinder Read More »

By Dr. Attique Ur-Rehman Date: Friday, 16th February 2018 Time: 3 pm – 4 pm Venue: Maths Conference Room (9-147) SBASSE, Building Abstract We use N-body gravitational simulations to study the long-term evolution of the major Uranian satellites. In this study, we develop a coupled orbital-thermal model of Uranus and its major satellites. The orbital part models the evolution of the satellites’ orbital elements with the …

Coupled orbital-thermal evolution of major Uranian satellites Read More »

By Dr. Norma Binti Alias Associate Professor, University Technology Malaysia Date: November 08, 2917  Time: 3:30 pm-4:30 pm Abstract Naturally, the mathematical process starts from proving the existence and uniqueness of the solution by the using the theorem, corollary, lemma, proposition, dealing with the simple and non-complex model. Proving the existence and uniqueness solution are guaranteed …

Big Data, Modeling, Simulation, Computational Platform and Holistic approaches for the Fourth Industrial Revolution Read More »

Day and Date: Wednesday (April 26, 2017) Time: 11.30  am to  12:30 pm Venue: Conference Room, Dept. of Mathematics, First floor SSE building Abstract: The well-known theorems of Khintchine and Jarnik in Diophantine approximation provide a comprehensive description of the measure theoretic properties of real numbers approximable by rational numbers with a given error. Various generalisations of these fundamental results have been obtained for …

Diophantine approximation on planar curves Read More »