Nanotechnology is the capacity to control matter at nuclear/atomic level and thus accomplishing new materials as well as new assembling forms. There are many "branches" of nanotech - some got from existing zones and some are totally new.
Scarcely any cases beneath:
NANOELECTRONICS - is essentially a 'continuation' of microelectronics that we have these days. In innovation hubs underneath 22 nm process is managing nuclear level thickness control. It is accomplished by greatly progressed and advanced assembling devices and procedures.
NANOMEDICINE - is a restorative utilization of nanotechnology, focusing on ranges like exact medication conveyance, nanometric organic sensors (i.e. insulin observing or other restorative gadgets), novel therapeutic methodology (i.e. blood refinement) and biocompatible novel materials
MODERN APPLICATION - for example, impetuses, propelled composite materials, novel base up assembling forms, day by day wellbeing items (sunscreen is one of the most punctual nanotech items) and enhanced basic materials (take, concrete and glass).
There are numerous others - nanorobotics, vitality applications and so forth. The extent of nanotechnology is as depicted above and it can be distinguished between the different fields.
Future examples? A Larger piece of nanotech will continue enhancing at the depicted ranges yet some new and invigorating branches will rise.