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In this article the applications of AI and Nanotechnology are discussed and how they impact on each other and what areas are they already working in and the potential that the future holds for the partnership of the two technologies| AZoNano
UCLA scientists have developed and built a plastic, non-volatile memory device using solution processing. This new device is made by combining gold nanoparticles with polysterene, and has great potential for the manufacture of low-cost, high-density memory storage products. Posted 8 December 2004.| AZoNano
A recent study indicates that the emerging field of molecular electronics using nanoscale molecules as key components in computers and other electronic devices is in excellent health and has a bright future. Progress in the field is outlined. Posted 16 December 2004.| AZoNano
Nanotechnology promises to extend the IoT concept to its fullest through nanodevices and give rise to a whole new IoT derivative, the internet of Nano-Things.| AZoNano
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There are a wide range of nanoscale imaging tools that include microscopic methods such as scanning probe microscopy (SPM), electron microscopy (EM), high resolution optical microscopy as well as different types of spectroscopy.| AZoNano
What should we consider when integrating nanomaterials into energy storage systems? Learn more on AZoNano.| AZoNano
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The need for efficient solar cells is becoming vital, particularly when they are one of the cheapest and easiest ways to generate clean energy.| AZoNano
Nanomaterials are any type of material of nanosized thickness, i.e. less than 100 nm in thickness. There are various types, many of which exhibit different properties than bulk materials.| AZoNano
Innovative 3D-printed filters made from recycled nylon and titanium dioxide offer efficient greywater treatment, but face hurdles for potable water compliance.| AZoNano