Category Archives: Uncategorized

It has been an interesting month as the country starts coming back to “normal”.  I was fortunate to have the opportunity to “attend” (virtually) a presentation by a University of Texas at Austin professor.  Professor Hugh Daigle provided a very … Continue reading →

The recent past few months have seen a few published articles on 2D materials and their applications.  The pace is picking up. One of the challenges of 2D materials is that the materials need to be incorporated into some other … Continue reading →

Recently, the term “Cost of Ownership” has been appearing in various papers about a number of topics, including wind power and electric vehicles among others.  The Wall Street Journal had an article comparing the emissions cost of a gasoline car … Continue reading →

Fifteen years ago (2006) there was a white paper published [Ref. 1] that addressed the need to create a structured approach to the handling and usage of nanomaterials.  As stated in the September 2013 blog on Nano-Safety, the primary issues … Continue reading →

In today’s technical reports, there are more references to Artificial Intelligence performing analyses of materials for developing an understanding of the properties of various combinations of materials at the nano-level structure.  Single layer materials are being combined with other single … Continue reading →

As technology moves more into the nano realm, interesting items are turning up.  Researchers at the University of Manchester, UK have found quasiparticles in a lattice of boron nitride with graphene in the middle and another layer of boron nitride … Continue reading →

In the June 2018 blog both the International Technology Roadmap for Semiconductors and the current International Roadmap for Devices and Systems were mentioned in a discussion of the need for roadmaps [Ref. 1].   As the semiconductor industry moves into the … Continue reading →

Nanotechnology is interesting.  When one starts to think that we have a reasonable knowledge of particle behavior, someone finds something new and interesting.  A basic assumption in thermodynamics is that objects change temperature (warming up or cooling down) at the … Continue reading →

Last blog mentioned metallic hydrogen at a very small level.  As the computational power increases, we are able to examine (theoretically at least) the behavior of various materials.  There is a significant amount of effort being directed at the investigation … Continue reading →