The Role of Mathematics in Amplifying Science Research

The Role of Mathematics in Amplifying Science Research

The Role of Mathematics in Amplifying Science Research

This event occurred in the past

Date and Time

  • Thursday, November 8, 2007 from 12:30 p.m. to 2:00 p.m.


Serra Hall, room 209

5998 Alcala Park San Diego, CA 92110




The Mathematics and Computer Science Series welcomes special guest Juan Meza,Ph.D., Department Head of High Performance Computing Research at Lawrence Berkeley National Laboratory in California, presenting "The Role of Mathematics in Amplifying Science Research." 

Abstract: Computer modeling and simulation of physical processes has taken on an increasingly larger role in scientific research. In fact, computational science has become what some people term the "third pillar" of science along with theory and experimentation. This increased role is due partly to the tremendous growth in computational power. More importantly, however, the increased role is a direct result of a better understanding of the underlying mathematics and the development of improved algorithms. Examples from wide-ranging fields such as nanoscience, biology, climate modeling and astrophysics point not only to the role that mathematics plays in modeling physical processes but also in predicting new phenomena. In this talk, I will discuss several areas where mathematics has had a profound impact on science, and the role that mathematics has played in "amplifying" the research.

 Funding provided by the Enhanced Student-Faculty Interaction Initiative, Office of the Provost, University of San Diego



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