discipline, such as chemistry, physics, etc. There are other disciplines that are inherently interdisciplinary, like materials science (and engineering), which cover at the same time concepts of titled "Nanoscience and nanotechnology in the classroom". The application of nanoscience to "practical" devices is called nanotechnologies nanotechnology could therefore be defined via the convergence of chemistry, biology, physics and engineering. If one emphasizes this unity, it makes sense to refer to nanotechnology in the singular; if one wishes to emphasize the diversity of applications, then it makes sense to refer to nanotechnologies in the plural. 6 chemistry, physics and biology to form the new field of nanotechnology. Nanotechnology is concerned with the fabrication and use of devices so small that the convenient unit of measurement is the nanometer (a billionth of a meter). At this very small scale the characteristics of individual molecules and atoms in the material become Nanotechnology is used for miniaturization of electronic devices., 10. Nano ZnO is used in Sunblocks., 11. Carbon nanotubes are used in aerospace industry., 12. Nanotechnology is used to make efficient batteries, solar cells and fuel cells., , Chemistry notes-Govt. Polytechnic College Cherthala · nanotechnology · supramolecular chemistry Introduction Nanotechnology is a frequently used word both in the scientific literature and in common language.[1] It is a word that stirs up enthusiasm and fear since nanotechnology is expected, for the good and for the bad, to have a strong in-fluence on the future of mankind. Everybody seems to technologies, and applications of current nanotechnology and nanoscience research.The extensive . training on scientific literature reading and communication are two new features complementing the existing curriculum of Chemistry and Biochemistry. Learning Topics and course structure. The course will discuss various aspects of nanotechnology Chapter 1 defines the field of nanotechnology, and points out why nanomaterials exhibit fundamentally new properties. It also lists topical areas that nanotechnology promises to affect, such as medicine, information storage, new materials, sensors, new electronic devices, environmental remediation, clean catalysts, and more. View NANOTECHNOLOGY IN EVERYDAY LIFE .pdf from BUSINESS 102 at Unveristy of Bueno Aires. SKT 1013 INTRODUCTION TO INORGANIC CHEMISTRY TOPIC: NANOTECHNOLOGY IN EVERYDAY LIFE (ENVIRONMENT) Group: Portland State University 1.6 Nanotechnology and the Converging Technologies 2. Nanotechnology and the Nanosciences 2.1 Why does one use the term Nanotechnology rather than Nano-sciences? 2.2 Nano-Physics and Nano-Chemistry 2.2.1 Physics: Quantum Mechanics 2.2.2 Quantum Mechanics: The Physics of Smallness 2.2.3. Physics and Chemistry: Electronic Structure of Atoms Green chemistry and nano-engineering are aimed at increasing products efficiencies in the chemical supply chain and reducing health and environmental hazards. This study stresses how principles and measurements of green chemistry can affect, from design through disposal, the complete life cycle of a chemical. Nanotechnology, as a rapidly developing field, provides an educational framework for Green chemistry and nano-engineering are aimed at increasing products efficiencies in the chemical supply chain and reducing health and environmental hazards. This study stresses how principles