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Nanotechnology Materials , Electronics , Healthcare , Energy

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Materials: 1. The National Science Foundation predicts annual sales of $340 billion for nanostructured materials, $600 billion for electronics and information-related equipment, and around $180 billion in annual sales from nanopharmaceutircals by 2015. 2. The biggest markets for nanoparticles remain in familiar products, from the black rubber filer in tires, a $4 billion industry, to the silver used in traditional photography." According to Lux Research, "only about $13 billion worth of manufactured goods will incorporate nanotechnology in 2005." "Toward the end of the decade, Lux predicts, nanotechnology will have worked their way into a universe of products worth $292 billion". 3. Three California companies are developing nanomaterial for improving catalytic converters: Catalytic Solutions, Nanostellar, and QuantumSphere. 4. Kopin light-emitting diodes called CyberLite uses less voltage than current LED technology with High ESD resistance of 4000 volts. "High ESD resistance is critical for industrial applications such as in automobiles. These blue and white CyberLites are ideal for compact portable light-using devices, such as wireless phones, games, camcorders, cameras, laptops and PDAs, which operate on battery power." 5. QuantumSphere, Inc. is a leading manufacturer of high-quality nano catalysts for applications in portable power, renewable energy, electronics, and defense. These nanopowders can be used in batteries, fuel cells, air-breathing systems, and hydrogen production cells. A leading producter of NanoNickel and NanoSilver. 6. Cyclics Corp adds nanoscale clays to it's registered resin for higher termal stability, stiffiness, dimensional stability, and barrier to solvent and gas pentration. "Cyclics resins expand the use of thermoplastics to make plastics parts that cannot be made using thermoplastics today, and make them better, less expensively and recyclable." 7. Naturalnano is a nanomaterials company developing applications include industrial polymers, plastics and composites; and additives to cosmetics, agricultural, and household products 8. Industrial Nanotech has developed nansulate, a spray on coating with remarkable insulating qualities claiming the highest quality insulation on the planet with temperature ranges from -40 to 400 C. The coating can be applied to: Pipes-Tanks-Ducts-Boilers-Refineries-Ships-Trucks-Containers-Commercial-Industrial-Residential 9. Production will shift from the United States and Japan to Korea and China by 2010, and the major supplier of the nanotubes will be Korea. 10. GE Advanced Materials and DOW automotive have both developed nanocomposite technologies for online painted vertical body panels. Mercedes is using a clear-cost finish that includes nanoparticle engineered to cluster together where form a shell resistant to abrasion. 11. eMembrane is developing a nanoscale polymer brushes coats with molecules to capture and remove poisonous metal proteins, and germs." 12. KX Industries - Design and manufacture of extruded activated carbon water filtration media with in-house developed proprietary technology: antibacterial and antiviral water -filtering membranes that can turn raw sewage into clean water. 13. Nanosonic is creating Metal rubber that exhibit electrical conductivity. 14. ApNano is a producer of nanotubes and nanosphere made from inorganic compounds. ApNano product, Nanolub is a solid lubricant that enhances the performance of moving parts, reduces fuel consumption, and replaces other additives. Electronics: 1. A study by FTM consulting reported future chips that use nanotechnology are forecasted to grow in sales from $12.3 billion in 2009 to $172 billion by 2014. 2. Harvard researcher "applied nanowires to glass substrates in solution and then used standard photolithography techniques to create circuits." Nanomarkets predicts "the market for nano-enabled electronics will reach $10.8 billion in 2007 and $82.5 billion in 2011." 3. IBM researchers created a circuit capable of performing simple logic calculations via self-assembled carbon nanotubes (Millipede) and Millipede will be able to store forty times more information as current hard drives. MRAM will be inexpensive enough to replace SRAM and nanomarket predicts MRAM will rise to $3.8 billion by 2008 and 12.9 billion by 2011. 4. Cavendish Kinetics store data using thousands of electro-mechanical switches that are toggeled up or down to represent either a one or a zero as a binary bit. Their devices use 100 times less power and work up to a 1000 times faster. 5. Currently, the most common nanostorage devices are based on ferroelectric random access memory, FRAM. Data are store using electric fields inside a capacitor. Typically FRAM memory chips are found in electronics devices for storing small amounts of non-volatile data. 6. A team from Case Western has approached production issues by growing carbon nanotube bridges in its lab that automatically attach themselves to other components with the help of an applied electrical current. "You can grow building blocks of ultra large scale integrated circuits by growing self-assembled and self-welded carbon nanotubes." 7. Applied Nanotech using an electron-beam lithograph carved switches from wafers made of single-crystal layers of silicon and silicon oxide.

A Wealth of Information

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This is undoubtedly one of the most comprehensive reviews of nanotechnology available today. Dr. Berube is probably one of the most informed professors regarding nanotechnology in the world today, and it is certainly apparent in his book. I would highly recommend this book to anyone interested in the field, from beginners just starting to understand the technology to those wishing to refine their existing knowledge base.