nanite

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nanite

(ˈnænaɪt)
n
a microscopically small machine or robot
Collins English Dictionary – Complete and Unabridged, 12th Edition 2014 © HarperCollins Publishers 1991, 1994, 1998, 2000, 2003, 2006, 2007, 2009, 2011, 2014
References in periodicals archive ?
Advancements in nanorobotics due to the escalation in funding from the government bodies are accountable to persuade potential to the nanomedicine market.
Intuitionistic fuzzy set theory has applications in many fields like medical diagnosis, information technology, nanorobotics, etc.
[USPRwire, Thu May 02 2019] Adoption rate of the technology is expected to remain on an incessant rise with the financial support of governments of numerous countries, which is anticipated to pave way for the growth of the nanorobotics market in the upcoming years.
[ClickPress, Thu May 02 2019] Adoption rate of the technology is expected to remain on an incessant rise with the financial support of governments of numerous countries, which is anticipated to pave way for the growth of the nanorobotics market in the upcoming years.
Of course, several hurdles need to be overcome before nanorobotics becomes part of medical practice.
The test sets up a global power imbalance: whichever country first reaches the replication point of AI-powered nanorobotics will gain the upper hand.
Freitas Jr.'s Nanomedicine, Volume IIA: Biocompatibility [36] discuss nanotechnology as nanorobotics based on molecular manufacturing for medical treatment and intervention.
What nanodentistry will do is to make the maintenance of effective oral health possible by using nanomaterials, biotechnology and ultimately dental nanorobotics.6 The research into Nanotechnology is currently in the early stages.
Caption: FIGURE 8: Advanced in situ SEM nanorobotics testing system developed by Shen et al.
Therefore, targeting the low-oxygen regions will most likely decrease the rate of metastasis while maximizing the effect of a therapy," says Sylvain Martel, Ph.D., Director of the Polytechnique Montreal NanoRobotics Laboratory and lead researcher of the study.
There are numerous potential real-world applications of modular reconfigurable robots in planetary exploration and various space applications, deep sea operations, radioactive environments, search and rescue, forming bridges and other structures, cooperative transportation, collection, construction, production lines and packaging, assembly lines and sorting, cleaning and maintaining hazardous machinery, Nanorobotics, assisting the disabled, entertainment, synthetic reality, mass production of 3D objects, prosthetics, carrying loads, manipulating objects, avoiding obstacles in unstructured and constrained environments, encircling objects, and inspection.