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Nanotechnology is a discipline that spans fields such as chemistry, physics, biology and engineering. Nanotechnology strives to understand how things work together at the submolecular or atomic level in order to make better materials and therefore better products. Learn about nanotechnology in this free video series on nanotechnology from the director of the California Institute of Nanotechnology.
There are 18 videos in this series:
Nanotechnology could lead to laptop computers in the near future that run for weeks without needing a charge. Learn how nanotechnology may help to better understand neuron interactions with this information from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
Nanotechnology and artificial intelligence is an exciting field for research development. Nanotechnology working with software will provide a better understanding of how the brain works. Discover how nanotechnology will help lead to the development of artificial machines with this information from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
Nanotechnology can make computers faster with greater storage and yet still be affordable. Understand how nanotechnology can have a profound impact on developing components with this information from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
Nanotechnology's medical advantages may include a way to deliver chemotherapy drugs while reducing toxicity to the patient. Learn about the medical advantages of nanotechnology including brain applications with this information from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
Nanotechnology is currently in practice in space exploration in products such as carbon nanotube. Hear how carbon nanotube is stronger than steel and yet lighter in weight in this free video from the director of the California Institute of Nanotechnology on nanotechnology.
Products using nanotechnology include semiconductors, cosmetics and clothing. Discover other product uses of nanotechnology from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
The primary goal of early nanotechnology was to understand how metal works for very small levels. Learn about the history and early development of nanotechnology from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
Applications of nanotechnology include semiconductors, cancer treatments, homeland security, clothing and cosmetics. Understand applications of nanotechnology with this information from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
Advances in nanotechnology have led to advances in medical, engineering and commercial products. Learn how nanotechnology advances impact today's products with this information from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
Nanotechnology is being used today in sporting goods, pharmaceutical products, automobile paint and semiconductors. Discover how nanotechnology may increase the batter life of a notebook computer with this information from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
The nanotechnology working environment requires a scanning electron microscope to examine substances at high magnification. Learn more about the working environment for nanotechnology from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
Nanotechnology works by first understanding how things work at the submolecular or subatomic level. Understand how nanotechnology works to help with treating cancer with this information from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
Nanotechnology information is available for kids through the National Science Federation and other government projects that promote nanotechnology to children. Kids from middle school and up can discover nanotechnology using these tips from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
Nanotechnology is a new, unifying science that provides a different perspective from the physical point of view. Learn how nanotechnology brings together multiple scientific disciplines with this information from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
Nanotechnology was first discovered more than 40 years ago by Dr. Richard Feynman. Learn about the history of nanotechnology from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
Nanotechnology has impacted warfare by improving protection gear for soldiers, including anti-microbial protection to help heal a wound. Hear about nanotechnology warfare uses and also the MIT Institute for Soldier Nanotechnologies from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
Nanotechnology has been used in sports for years. Tennis rackets, golf gloves and racing car bodies benefit from strong, lightweight nano composite materials. Learn more about nanotechnology and sports from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
Leading nanotechnology companies include Intel, IBM, Amgen, Genentech, Toshiba and HP. Learn about nanotechnology companies in the United States and around the world from the director of the California Institute of Nanotechnology in this free video on nanotechnology.
The technology of tomorrow may be generated less by biotechnology itself than by nanotechnology, especially in the way that biotechnology and human nature work together. Nanotechnology holds tremendous promise. It refers to the manipulation of very small-scale matter; a nanometer is one billionth of a meter, and nano is generally used to mean work on matter at 100 nanometers and smaller. Just think that a human hair is only around 100,000 nanometers across. Many areas of science and many products are affected by nanotechnology. Already, many sunscreens contain nano-particles, and nano-materials are available that have unique properties to resist stains. Nanotechnology also presents moral and ethical issues as its uses include warfare, medical treatments and chemical compounds. In this free video series, the director of the California Institute of Nanotechnology will explain nanotechnology and its impact on space exploration, sports equipment, cancer treatment, artificial intelligence, warfare and computers. Nanotechnology is already present in many products available today. Watch this free video series and discover if some of these products may already be in your home.
Dr. Lloyd Tran Lloyd Leighton Tran is chairman and president of the International Association on Nanotechnology. He is also a member of the Center on Nanotechnology and Society Advisory Board.dkdk
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