Department of Nanotechnology

The Department of Nanotechnology at the Faculty of Science was officially established in Autumn, 2014. The department began its MSc programs by accepting students in Nano-physics and Nano-chemistry. Currently, fundamental nanotechnology laboratories on nano-physics, nano-chemistry and nano-electronic are in full operation. Moreover, the department has nanotechnology research centers in nano-chemistry, nano-physics, nano-electronics and nano-polymers in the City Campus of Urmia University.

Some members of the department are currently pursuing their PhD studies. Following their return, the nano-electronic, nano-polymer and nano-biotechnology programs at master’s level are to be launched. Further developments in the department will take place through recruiting PhD students in nano-chemistry as well.

The nanotechnology department enjoys the cooperation of full-time faculty members of one associate professor and six assistant professors. We look forward to the day that the tireless endeavors in this department amounts to numerous and multiple groundbreaking research and cutting-edge education in this field.

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Another big innovation from the world’s smallest form of technology What type of advanced technology could create winter clothes that capture the body’s heat to help us stay warm, while also potentially cutting down on our home energy bills? The answer is nanotechnology . According to a recent Wall Street Journal article , researchers at Stanford University have developed a fabric with silver nanowires that can repurpose the body’s radiant heat. The nanomaterials used to make the fabric capture this heat while maintaining two very important qualities for clothes: breathability and washability. The fabric can generate more warmth by adding a very small amount of electricity – like a sweater with a charger. The researchers estimate that one person could save “about 1,000 kilowatt-hours of electricity a year, or about what an average home uses in a month.” The silver nanowire fabric is another classic example of how something so small can make a big difference by enhancing t

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