Indonesian Journal of Electrical Engineering and Computer Science Vol. 10, No. 2, May 2018, pp. 506~513 ISSN: 2502-4752, DOI: 10.11591/ijeecs.v10.i2.pp506-513  506 Journal homepage: http://iaescore.com/journals/index.php/ijeecs Survey on Nano Technology Adel Alfoudery *1 , Abdulrahman Alkandari 2 , Samer Moein 3 1,2 Computer Department, College of Basic Education, (PAAET), Kuwait 3 Electrical and Computer Engineering, University of Victoria, Canada Article Info ABSTRACT Article history: Received Nov 17, 2017 Revised Jan 28, 2018 Accepted Feb 19, 2018 Recently, Nanotechnology has become a reality of great concerns all over the world, which seeks constitutes serious about expanding the scope of applications and investments of this technique. In this paper, we have introduced nanotechnology, since it has become the first rank among the priorities of scientific research in the world, where the expanded universities, research centers and institutions seek to employ nanotechnology in new products, industries, and technology. We have discussed types of Nanomaterials in details and focused on the applications that use Nanotechnology. This paper confirms the view of scientists who look at this technique working as a component of the world's future, and a crucial factor that has led and will continue leading the world to a new industrial revolution. Keywords: Buckyball, Nanotube Fullerene Nanotechnology Deoxyribonucleic acid (DNA) Micro Quantum dots Copyright © 2018 Institute of Advanced Engineering and Science. All rights reserved. Corresponding Author: Adel Alfoudery Computer Department, College of Basic Education, (PAAET), Kuwait Ak.alfoudery@paaet.edu.kw 1. INTRODUCTION Microparticles in the Nano-technology refer to handling materials at the atomic and molecular scale. Nanotechnology results of many complicated research studies that deal with nanotechnology between 0.1 to 100 nanometer (a nanometer is a part of the thousand-millionths of a meter) standards of any agreement, with the nuclear concentration ranging between five thousand atoms. It is smaller than the tiniest bacterium [1]. “This selection offsets the broadening nat ure of the applied materials. Nanotechnology includes a treat with the phenomena of any buildings or on the level of small Nano. Such nanoscale phenomena are able to comprise a quantitative constraint that leads to the electromagnetic and an optical new material, that has been evaluated between particle size and the size of the solid visual phenomena. Phenomena nanoparticles moreover comprise the impact of the Gibbs-Thomson [2] - a low melting point of a substance when it becomes measurable Nano, either building. The most important are Nano carbon tubes. Nanotechnology has a strain which comes from the probability to control the atoms formed after segmentation including the materials. Consequently, it needs to be very specific devices of hand size, standards, and methods of seeing the molecules under checkup. After reaching the level of the atom, the strain of reaching a precise measurement is an additional struggle added to this new emerging science. Furthermore, there is still disagreement and worries about the effect of nanotechnology [3]. The theory of nanotechnology relies on the basis that particle size of fewer than one hundred nanometers provides a material containing the structure and properties of different behaviors. However, these particles illustrate new physical and chemical theories; causing innovative behavior relies on particle sizing. It has been detected, for instance, the electronic structure, interactive, connectivity, the degree of fusion and mechanical properties of the material are all altered when smallest particle size for a critical scale value. The closer the volume of material of atomic dimensions whenever subject material of laws of quantum mechanics rather than traditional physics laws. The behavior of material depends on the size of engineering properties of