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Various domains where Nanoscience & Nanotechnology can bring a path breaking job opportunities
Biochip slide, with hundreds to thousands of gel drops on a glass membrane
Electronics/semiconductor industry
Nanoscale innovations will play a significant role in the development of future gadgets: Nanostructured materials provide digital total performance above what is possible with today's very large-scale integrated circuits. Nanostructured solutions are also appealing to practically any tool system since they allow for the creation of low-cost gadgets that are also flexible, transparent, and lightweight.
The vacuum chamber at NASA for testing coronagraphs
Auto and aerospace industries
Nanotechnology has penetrated practically every area today, from biotechnology to industrial manufacturing. Nanotechnology is also being investigated by the vehicle industry in order to create cars that are shinier, safer, and more energy efficient. Enhanced engine efficiency and fuel consumption are made possible by wear-resistant tyre, car bodywork constructed of lighter but stronger nanomaterials, and improved miniaturized electronic systems.
Materials science including textiles, polymers, packaging, among others
Whether it leads to advancements in electronics and quantum computing, bioengineering, mechanical engineering, or other fields, Materials Science and Engineering is at the heart of Nanotechnology. Nanomaterials are being created for use in medical, drug delivery, electronics, fuel cells, solar cells, food preparation, and space exploration.
Cell growth medium from a 6–well plate for flu virus particles (virions) counting.
Medical fields and pharmaceuticals
In the medical field, nanotechnology is becoming the driving force behind a number of evolutionary and revolutionary breakthroughs. In recent years, research in the field of nanoscience has grown at an unparalleled rate. Nanotechnology applied to medicine and pharmacy is expected to lead to substantial advancements in illness diagnosis, treatment, and prevention.
LED solar simulator: from NASA
Energy capture and storage
People working in the disciplines of science and engineering have already started working on ways to use nanotechnology in the production of consumer goods. Higher lighting and heating efficiency, increased electrical storage capacity, and a reduction in energy pollution are all benefits that have already been recognized as a result of the design of these goods. Benefits like these make capital investment in nanotechnology research and development a high priority.
Hydrophobic coating on a concrete wall
Civil, Construction & Coatings
Nanotechnology can be used for design and construction processes in many areas since nanotechnology generated products have many unique characteristics. These characteristics can significantly fix current problems, and may change the requirement and organization of construction processes.
Missile rocket in an air force plane from military
Defence
Nanotechnology has a lot of potential in the defence industry. Soldiers can deploy nanotechnology in two ways, according to current thought. The first is miniaturization of existing technology to make it not only smaller, but also lighter, more energy efficient, and
easier to conceal. The second step is to create and adapt new military materials.
Human hand is holding World on green, save earth concept. element furnished by NASA
Environment
Nanotechnology is being used to help the environment in a variety of ways. This includes cleaning up existing pollution, improving industrial practices to limit the development of new pollution, and making alternative energy sources more cost effective.
Close up of baseball ball
SPORTS
Nanotechnology's introduction to the sports business has had the benefit of decreasing equipment weight and increasing efficiency. Nanotechnology has brought greater sturdiness, potency, and light weight at the same time, allowing athletes to be more comfortable, safer, less prone to injuries, and agile than before.
