It is generally agreed that advances in nanotechnology will drive the next paradigm shift in science and technology. Whilst many commercial applications of nanotechnology remain theoretical, we now have the capability to manipulate and restructure materials at the nanoscale (typically between 1 and 100 nanometres). Technologies such as Scanning Probe Microscopy and Atomic Force Microscopy allow us to image and move individual atoms on a surface.

When new technologies cross from industry to the battlefield, calls arise to slow the process and consider international implications of using these weapons. Louis A. Del Monte’s Nanoweapons is one of those calls. A physicist and former executive at IBM and Honeywell, Del Monte led advancements in microelectronics and sensors. His work is a serious attempt to use publicly available information to address the development and use of nanotechnology as weapons. The author brings together ideas normally relegated to science fiction (e.g., laser weapons, artificial intelligence, and self-replicating nanorobots) and uses his technical background to inform the reader as to what is science fact. While his most alarming predictions for humanity’s survival project to the year 2050 and beyond, he argues that his concerns are timely. He indicates that while revolutionary military nanotechnologies (e.g., stealth aircraft) may take decades to field, they are none­theless currently being developed. Now, according to the author, is the time to discuss the dangers of nanoweapons.

Trade is not the only aspect where the US and China are at loggerheads. Vying for military supremacy is a much more dangerous aspect of this rivalry.

Several countries are developing nanoweapons that could unleash attacks using mini-nuclear bombs and insect-like lethal robots.

The US Army is conducting extensive R&D designed to lead to the development of nanomaterials systems for military applications incorporating unique properties such as self-repair, selective removal, corrosion resistance, sensing, ability to modify coatings’ physical properties, colorizing, and alerting logistics staff when tanks or weaponry require more extensive repair.