Applied mathematics for the department of energy Essay

Applied mathematics for the department of energy - Essay Example The world is increasingly sophisticated in its use of technology especially in the field of understanding the environment. The US Department of Energy continues its mission to be sustainable in its approach. Thus, various policies are recommended in order to promote its potentially good impact into the environment. In line with this, technology is also associated when it comes to computation and data analysis (Han et al., 2011). Mathematics is applied and statistics is most commonly used as the department continues to enhance its policies, procedures and its entire system in general. Policies require analysis of data and information. In most of the time, statistics is employed in this case as the basis of certain future decisions. The use of statistics in the US Department of Energy Science-based analyses are required in the Department of Energy and at some point statistical characterizations are needed especially in their need to come up with policies in line with the complex models of their processes or the entire system. Furthermore, in order to make everything simple out from complex data or information, mathematical modeling is substantially required at the Department of Energy. Examples At the Department of Energy, data analyses are necessary and in order to come up with significant information out from certain observation, mathematical analyses are required. ... Mathematics could serve as a significant tool in order to acquire information integrated with the environment and even in existing human-made system. This is a potential field where mathematics could have substantial value and high level of opportunity to be maximized to the fullest. Integration of mathematics and physics The application of mathematics within the complex natural and human-made system is evident in the Department of Energy. In this department, mathematics substantially combined with physics as the ultimate way to achieve potential uses for its applications. Computational-related activities within the field of physics are potential applications of mathematical theories. In fact, mathematics is the language of physics (Faddeev, 1995). Example One basic example that could show how mathematics and physics are integrated is observed within the field of fluid dynamics. There are various computations in this field that combined many concepts in physics and mathematical theor ies. The result of combining them is a substantial application of mathematics into physics. C. Experimental and computational techniques Significance Today’s complex systems eventually require experimental and computational techniques (Applied Mathematics Research Community, 2008). These two techniques should come together as each one of them is a substantial help to the other. If they are combined together, they could potentially come up with important information to help uncover and understand how complex exactly the system is. In today’s modern way of uncovering information, experiments are further justified by using computational tools (National Research Council (US), 2001). As a result,