Category Archives: Uncategorized

Nothing remains on top (or at the bottom) forever.  “Pico” is three orders of magnitude smaller than “nano”.  A rule-of-thumb is that to be able to manufacture or produce something, one must be able to measure to at least an … Continue reading →

Twice last year, April and November, this blog addressed fake science.  That challenge has not gone away based on recent news articles.  But if one assumes the research is accurately reported and the independent research has differing results, the question … Continue reading →

There have been some interesting reports in the last year that indicate there is a growth in interest and a branching out in nanomaterials research.  In the pursuit of increasing the capability of better batteries, researchers are investigating many different … Continue reading →

Last month’s blog was about the challenges in determining real scientific research and reports that include falsified or erroneous conclusions.  It is difficult enough to understand results that are presented without complete coverage of the underlying premises.  There are professionals … Continue reading →

A portion of this topic was covered in the April 2018 blog, but enough additional material has surfaced that this information needs to be covered again.  The reproducibility issue covered in April is one thing.  The ability to slant results … Continue reading →

The competition for nanotechnology applications in electronic circuitry is meeting manufacturing volume challenges, reliability, and cost.  Until the manufacturing volume can be demonstrated, the reliability can not be evaluated.  Cost will be a function of developing means of high-volume manufacturing.  … Continue reading →

Previously, I have mentioned how Augmented Reality (AR) could be employed to evaluate nanomaterial properties through being able to switch from 3-D images containing three different parameters to a different view with one or more of the parameters changed.  The … Continue reading →

Modeling is the development of a mathematical representation of an actual or proposed set (group) of interactions that can be employed to predict the functioning of the set (group) under possible conditions.  Interest in modeling has grown since the late … Continue reading →

What is the state of nanotechnology in creating semiconductors?  As the size of the individual semiconductor components shrink, the current material employed starts to create concerns.  Projections have been made for incorporating nanomaterials, like conductive carbon nanotubes, for interconnects between … Continue reading →