The wide range of problems addressed makes materials science once of the most highly interdisciplinary and dynamic engineering disciplines.
The report also notes that while "there have been impressive R&D efforts to develop a wide range of driver technologies … very little effort has been spent on developing the technology of the reactor chambers or on addressing materials problems peculiar to inertial fusion".
Problems require the student to address materials in terms of cultural and historical context.
To address the problem, D.D. Sarma, a materials scientist at the Indian Institute of Science, in Bangalore, has made tiny crystals of semiconductor material that, when coated onto a light-emitting diode (LED), give off a white glow just the right color for illuminating a living room.
Some may simply want their problems addressed.
In order to address an important problem in Computational Materials Design, we have demonstrated the feasibility of an algorithm which rapidly scans through various surface configurations of two single crystals selected from a crystal structures database and identifies those pairs which are likely to form stable heterointerfaces.
The primary objective of TIMES is to incubate and develop advanced theories and numerical algorithms, and perform the associated simulations for addressing cutting-edge problems in materials and energy sciences at advanced and next-generation photon facilities.
Development teams rely on some basic methods to decide on materials using engineering properties as benchmarks, but such methods seldom address the whole problem of material-function-shape-process-cost-environmental impacts.
While these disparities are great, research has shown that the adoption of technologies like wireless phones and Internet access to generate, process and share information, what The Economist referred to as "digitisation," can help address this problem in a material way.
