3rd Global meeting on Nanotechnology and Advanced Materials

Robotics and nanotechnology in medicine are the new buzzwords which are taking people with surprise. People cannot really imagine that surgery on the human body can be conducted with the help of robots Or for that matter machines that are so small that they can enter the bloodstream without harming the body to repair it. Nanotechnology and robotics   are very much here and changing the way people are being treated now. Doctors have started using robotic arms and other aids to conduct precision surgery. Nowadays complex surgeries like transplants and ophthalmic procedures are now being done with help of robots. Imagine conducting surgical procedures at the micro level the level which a surgeon cannot perform with his bare hands or normal vision. Surgeries like joining the nerve endings and replacing limbs etc. All of this was not possible a few decades back however with the growth of nanotechnology and robotics such kind of procedures are now possible. The application of nanotec

“Ceramic Engineering is the technology of creating non-metallic & inorganic objects having crystalline structure, through the process of heat, or precipitation reactions at the lower temperatures.” Ceramics are used in the gas burner nozzles, Space Shuttle program, ballistic protection, bio-medical implants, nuclear fuel uranium oxide pellets, jet engine turbine blades, and missile nose cones. There is lots of opportunity in private & public sector. You can make your career in various domains such as Medicine Optical  fibers Construction Sports Electronics Airplane Military Transportation. A graduate in ceramic engineering can find numerous job opportunities in various domains like medicine, mining, aerospace, food and chemical industry, electronics, refinery, Industrial & Transmission Electricity and Guided Light Wave Transmission. Other domains where a ceramic engineer can find job

Nanotechnology in agriculture  is the application of extremely small tools such as sensors, which can be used for agricultural development. Nanotechnology is a new revolution in industries and has the potential to bring about drastic changes in the agricultural industry . Development of new nanotech-based tools and equipment help increase efficiency and overcome challenges faced by the agricultural industry. Nanotech-based tools significantly benefit the agricultural sector; they aid in early detection of diseases, improve plant’s ability to absorb nutrients, and promote molecular treatment of diseases. Implementation of nanotechnology in the form of small sensors and monitoring devices have created positive impact on the future uses of precision farming methodologies. Nanoscale carriers can be utilized for the efficient delivery of fertilizers, pesticides, herbicides, and plant growth regulators. Its mechanism helps prevent degradation of plants, thereby reducing the c

Nanomaterials  can be constructed by  top down  techniques, producing very small structures from larger pieces of material, for example by etching to create circuits on the surface of a silicon microchip. They may also be constructed by  bottom up  techniques , atom by atom or molecule by molecule. One way of doing this is self-assembly, in which the atoms or molecules arrange themselves into a structure due to their natural properties. Crystals grown for the semiconductor industry provide an example of self-assembly, as does chemical synthesis of large molecules. Molecular nanotechnology  is a term that usually describes a molecule-based Nano technological concept; that means it starts with molecules as building blocks (and therefore is a  bottom-up  technique). Work in this area combines nanotechnology , chemical engineering, and materials chemistry to produce materials with novel functionality. These novel materials find use in a wide range of application such as ene