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Nanotechnology: Introduction, Essentials, and Opportunities
Hi, If you are considering this course to enroll, you most probably have heard or seen about potentials of NanoTechnology and you are curious to learn more. Nano and NanoTechnology are the terms we are hearing more and more frequently as time goes. One day we see two buckets full of mud are thrown onto two guys while one of them wearing ever-clean nano-based shirt! What happens then is a funny scene but also quite impressive and inspiring, in which how Technology of Nanos would lead to dreamy inventions. The other day, scientist report they have developed new organisms which can take carbon dioxide and nitrogen from the atmosphere and use it to produce plastics and fuels. Wow, is it real! The list of breakthrough inventions and extraordinary solutions could continue for thousands of pages and surprisingly it sounds Nanotechnology to have a finger in every pie, from energy harvesting and environmental issues to nano-medicine and biology, and almost all branches of engineering, and many more. Even two Nobel prizes have been allocated to NanoScale breakthroughs in recent years. Physics Nobel prize of 2010 for invention of Graphene and Nobel prize in Chemistry 2016 for production of molecular machines and robots. But, how is it even possible? What makes Nanotechnology so enabling that even socks company boast to implement it in their products and some others make science-fiction stories out of it like building earth-to-sky elevator by mean of Carbon nanotubes?I bet, youve got passionate to start discovering Nnano-World as I was years ago. Im Milad Zoghi, Nanotechnologist and the author of the book NanoTehcnology in Plain Language. After years of study and research in Nano-Electronics and publishing credible journals and my book, I decided to design this course to answer all above questions. I have designed this course to be thorough package for anyone who want to learn about Nanotechnology. What its is, how does it work and why you should care of it?By taking this course youll go through: Section1: IntroductionThis section has been designed to transfer you the right vision about NanoTehcnology (NT) and Nanoworld. Whats the definition of NT? How does it work? When we say Nanos what does it refer to? How much Nano-Scale is small? Do Nanos exist in the nature? What about history of NT? When this term has appeared? These questions are answered in section 1. By the end of section, youll have overall perception of ups and downs of NT, about benefits, products, application and potentials of NT in coming years and decades. To give you best learning experience, variety of animation/video resources and high-quality photos are provided to you. Section2: What makes Nanotechnology so special?In this section, youll learn about what makes NT so enabling technology? What gives the power to Nanotechnologists to build systems and products with extraordinary features? Well discover Nano-World in more details, and youll learn why There is plenty of room at the bottom, the famous quote of Richard Feynman, father of NT. Ill briefly but adequately discuss about: the implication of quantum mechanic at the Nano level, about high surface area of Nano species, which with some other facts gives NT the uniqueness than no other technology has! Section3: NanoMaterialsIts a fair analogy to say that NanoWorld is like a zoo, where anything with dimensions between 1 to 100 nm counted as the animals of this zoo! From nano-particles like Quantum Dots to Nanowires and Nanotubes and even Nanosheets like Graphene. We can not claim we know about NT without learning about NanoMaterilas. Thats what you learn in section 3. You will learn about most known Nanomaterilas: Quantum Dots, Carbon based Nanos (Graphene, Graphene Nanoribbons, Carbon Nanotubes, Buckballs like C60) and also Nano-Composites Polymers Fibers Coating. I bet youll be impressed once you learn about fascinating properties of such Nanomaterials that could be used in game-changing products and solutions. Section 4: How do we see at NanoScale?We cannot talk much about Nanos, unless we are able to see them, or at least measure their behavior and characterize them. As an analogy, consider the time, human didnt have any microscope to see more details of objects and go beyond what our naked eyes can observe. Then there was no knowledge and discussion about microorganisms like cells, bacteria, right? Thats the importance of NT toolkit. And in this section, Ill introduce you the most common and practical measurement equipments at the Nano-scale. You will learn how Microscopy and Spectroscopy instruments help scientist to not only observe Nanos but also manipulate matter atom by atom, by mean of extremely sharp probes. Youll have lots of fun to learn how these amazing systems work and what they are capable of doing! Section 5: How Nanos are built?Talking about potentials of NT is much easier than fabricating Nano-based systems! NT is at its early stages, but yet, scientist have developed impressing techniques to build Nanostructures, sensors, devices and even Nano-Scal
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