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Nanotechnology For Students

Nanotechnology For Students. Jim Mason, Executive Director Oklahoma Nanotechnology Initiative jmason@okstatechamber.com 405-272-4420 www.oknano.com.

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Nanotechnology For Students

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  1. Nanotechnology For Students Jim Mason, Executive Director Oklahoma Nanotechnology Initiative jmason@okstatechamber.com 405-272-4420 www.oknano.com

  2. “Nanotechnology is an enabling technology that will change the nature of almost every human-made object in the next century.” -National Science and Technology Council -2000 This means… anything manufactured in Oklahoma will be impacted by nanotechnology and it is happening more quickly than most people might think! The next “Big Thing” is very, very, verysmall!

  3. Nanotechnology is the manipulation of matter at the nanometer* scale to create novel structures, devices and systems. Structures (e.g.materials) Devices (e.g. sensors) Systems (e.g. NEMS) WHAT IS NANOTECHNOLOGY? * 1 millimeter = 1,000 micrometers; 1 micrometer = 1,000 nanometers Source: "Nanotech: The Tiny Revolution" by CMP Científica (November 2001)

  4. is already making today’s products: Lighter Stronger Faster Smaller More Durable Nanotechnology …

  5. HOW SMALL • Nanobatteries are 200 nm in diameter2 billion could fit on the surface of a nickel • ™

  6. Rice University NanoKids • The NanoKids program is an educational program headed by a Rice University professor.  The Web site includes a story with NanoKids as the main characters.  It also includes fun activities for teachers to use in teaching nanotechnology. www.nanokids.rice.edu

  7. Nanozone • This is a great Web site for teachers to use in educating children about nanotechnology.  The Web site has a link for teacher resources that includes pre-visit and post-visit activities and worksheets. The Web site also includes videos, puzzles and games. • www.nanozone.org

  8. NASA’s Web site • NASA’s Web site features a page that explores the idea of nanotechnology.  The Web site includes a gallery of images, diagrams, Power Point presentations and videos. This could possibly be used for middle school students, but definitely for high school students.   • www.ipt.arc.nasa.gov/nanotechnology.html

  9. You Tube • ExcellentUC Berekely Excellent NanobotsNanomedicineRichard Feyman

  10. USDA - www.csrees.usda.gov/newsroom/partners/21/nanotechnology.html • Exploring the NanoworldNational Cancer InstituteNanomission

  11. Nanotechnology for Students video • http://www.oknano.com/video/Nanotechnology for Students.wmv

  12. Videos • “When Things Get Small” • This is a 27-minute video covering many important nanotechnology concepts in a humorous and entertaining way. www.ucsd.tv/getsmall • “The NANO Revolution” • Educators may request a free DVD copy of this introductory video about nanotechnology aimed at middle and high school students. www.mrsec.virginia.edu

  13. More videos • “Nanotechnology: What is it?” • This short 1-minute video has a young boy and girl who quickly introduce the concept of nanotechnology. http://youtube.com/watch?v=2iSE6XlFXhA • "The Twinkie Guide to Nanotechnology"The Twinkie Guide to Nanotechnology is an entertaining new video featuring scientist Andrew Maynard which mixes the iconic American snack cake with humor to unlock the mysteries of nanotechnology.

  14. Printed Material • "Big Things from a Tiny World" 12 page booklet from the National Nanotechnology InitiativeClick here to view publication

  15. Games • “Nanoquest” • A free, downloadable game where the player is shrunk to so small that they find themselves in a “nanoworld.”, this game is aimed at getting 13- to 15-year-old children interested in nanotechnology. www.nanoquest.ie • “NanoMission” • This educational online game educates students on the basics of nanotechnology. You must register before you are allowed to download the game. www.nanomission.org

  16. Lessons for Teachers • “What is Smaller than a Pygmy Shrew?” • This lesson plan is from the University of Wisconsin and designed to help middle school students better understand the atomic world and the size, scale and structure of objects in it.  www.mrsec.wisc.edu • “Ferrofluid: Nanomedicine” • Middle school students will work together to explore different methods of drug delivery, specifically focusing on the possibilities of how cancer could be treated in the future.  www.mrsec.wisc.edu/Edetc/IPSE/educators

  17. “Giant Magnetoresistance” • Students will participate in a hands-on activity where the concepts of nanotechnology and GMR will be introduced.  This program is tailored for middle school students. www.mrsec.wisc.edu/Edetc/IPSE/educators • “Nanoarchitecture: Forms of Carbon” • This is a two-day activity where students will discover how the properties of materials change when atoms are connected in different ways. This program is also aimed at middle school students. www.mrsec.wisc.edu/Edetc/IPSE/educators

  18. Market Size Predictions (within six years) $340B/yr Materials $300B/yr Electronics $180B/yr Pharmaceuticals $100B/yr Chemical manufacture $ 70B/yr Aerospace $ 20B/yr Tools $ 30B/yr Improved healthcare $ 45B/yr Sustainability $1 Trillion, growing to $2.6 Trillion by 2014 *Estimates by industry groups, source: NSF and LUX Economic impact of nanotechnology

  19. The real winners in nanotechnology will be the companies who adopt nano processes to improve their existing and emerging products. In 2006, the Oklahoma legislature decided to leapfrog over other states and help Oklahoma companies be among the first to gain this competitive advantage by creating the Oklahoma Nanotechnology Sharing Incentive Act. In two years, Oklahoma has grown from 6 companies involved in applications of nanotechnology to nearly 50 companies who are planning to utilize nanotechnology for their products. So what does this have to do with me?

  20. ONI VISION • “Oklahoma companies are world leaders in creating new and improved products thorough applications of Nanotechnology.” • Since 2006 we have grown from six identified companies involved in nanotechnology to nearly 50 companies

  21. Nanotechnology was incorporated into more than $30 billion worth of manufactured goods in 2005, and this figure is projected to grow exponentially to more than $2.6 trillion in global manufactured goods by 2014. There are more than 1,000 nanotechnology products currently on the market aimed at improving consumers’ lives and another 400 products that include nano instruments and test devices. The Nanotech Report

  22. Nano shirt, slacks, tie, tennis racket, odor/ bacteria eliminating socks, nano car wax, and 2004 Chevy Impala with nano enhanced side panels.

  23. 2004-7 burn and wound dressings, water filtration devices, paints, cosmetics, coatings, lubricants, textiles, memory/storage devices 2008-10 – medical diagnostics, displays, sensors, drug delivery, composite materials, solid state lighting, bio-materials, nano arrays, more powerful computers, protective armor, chem-bio suits, and chem-bio sensors 2011-15 -- nanobiomaterials, microprocessors, new catalysts, portable energy cells, solar cells, tissue/organ regeneration, smart implants 2016 and beyond – molecular circuitry, quantum computing, new materials, fast chemical analyses Products Anticipated

  24. The 2006 Oklahoma Nanotechnology Sharing Incentive Act established the Oklahoma Nanotechnology Applications Project (ONAP) which provides $2 million to OCAST to be used to promote and provide incentives to further “applications of nanotechnology”. 26 Oklahoma companies shared ideas through white papers on how they would seek to incorporate nanotechnology into their existing or emerging products. The first five winners were: Oklahoma Nano Legislation

  25. Access Optics • Access Optics makes the lens for endoscopes and other medical devices. • The ONAP program allowed them to develop a much better glass-to-metal seal using nanotechnology. • They are the only company in the world who solved this problem and will soon make the entire medical device.

  26. Martin Bionics/OrthoCare Innovations Martin Bionics was funded todevelop a dry prosthetic device using a super-hydrophobic powder exclusively licensed from Oak Ridge National Labs They are the only prosthetic company who may have solved this industry problem.

  27. Rupture Pin Technologies Rupture Pin Technologies, manufacturers oil andgas pressure relief valves and is solving an o-ring blow-out problem using a new o-ring design and Carbon nanotubes to provide strength and flexibility. This will allow them to become a world leader in this industry.

  28. High Quality, High Volume Carbon Nanotubes • Southwest Nano-Technologies is fast becoming the world leader in high quality, high volume, lower cost carbon nanotubes using an patented scalable process that will allow them to produce kilotons rather than kilograms of high quality carbon nanotubes.

  29. Carbon Nanotubes • A single-walled carbon nanotube (SWNT) is unique among solid state materials in that every atom is on the surface. • Structurally, carbon nanotubes are 100 times stronger than steel and can conduct electricity better than copper.

  30. Carbon Nanotube Composites • Nano Ridge Materials has developed a carbon nanotube strengthened composite that is 70% stronger than metal and 40% the weight. • This very strong composite has potential for aircraft replacement parts.

  31. XetaComp • XetaComp (Lawton) manufactures nanoparticles of titanium dioxide that enables the production of a “clear”, non-greasy, non-oily sunscreen called SunVex. • Their nanoparticles may soon be in many other skin care products.

  32. 2008 ONAP Awardees • Four companies and four proof-of-concept awarded a total of $1.5 million this month • XetaComp Technologies – new personal care products • IMTEC - Dental Implant research • EKIPS – Nano laser for Breathmeter • Charlesson – Optic treatments with nano- particles

  33. Aerogel: the world’s lightest solidAerogel is an ultra-low density solid, a gel in which the liquid component has been replaced with gas. Nicknamed “frozen smoke”, aerogel has a content of just 5% solid and 95% air, and is said to be the lightest weight solid in the world. Despite its lightness, aerogel can support over 2,000 times its own weight. One of thecurrent applications is as insulation for space suits.

  34. Insulation • Nanoscale materials hold great promise as insulators because of their extremely high surface-to-volume ratio. This gives them the ability to trap still air within a material layer of minimal thickness. Insulating nanomaterials may be sandwiched between rigid panels, applied as thin films, or painted on as coatings. • Pioneer Builders (of Drumright) now offers Nanosulate spray-on insulation with an equivalent r-value of 50.

  35. ARC Outdoors –Broken Arrow • ARC Outdoors utilizes nano silver in making cloth for special purposes and currently has a line of anti-microbial clothing for hunters because the nano silver cloth eliminates odor/scent. These clothes are sold through Bass Pro Shops, Cabalas and some Wal-Mart stores. • ARC is working on developing a line of hospital uniforms that also will be anti-microbial.

  36. Nano Cable • Nano Ridge Material and Boeing (Long beach) are partners on a $5.75 million Advanced Technology Program to develop Nano Cable by 2010. Nano Cable is a lightweight, highly conductive, electrical wire and cable that could bring significant gains in fuel savings, energy efficiency and operating costs. • The technology is based on carbon nanotubes which conduct greater amounts of electric current than copper while having only 1/6th the weight. • By 2010, the market for conductive polymer cable is expected to be 465 million lbs per year, worth $1.4 billion annually.

  37. Nano Coatings • Self-cleaning • Scratch-resistant • Anti-icing and anti-fogging • Antimicrobial • UV protection • Corrosion-resistant • Waterproofing

  38. Anti Stain Coatings • In 2002, Eddie Bauer apparel became the first brand to employ Nano-Tex stain resistance technology in its designs. Nano-Tex has now expanded to bring stain resistance to fabrics and other interior finishes. Nano-Tex uses a process that bonds to each fiber, making textiles last longer, retain their natural feel and breathe normally.

  39. Behr Paints Offers NanoGuard • Behr’s best line of paint uses nanoparticles to provide a long lasting, anti-fade, more durable house paint that also prevents mildew.

  40. Automotive Paint – Mercedes-Benz • The 2007 Mercedes-Benz SL series cars sport a protective coating of nanoparticles that provides a three-fold improvement in the scratch resistance of the paintwork.

  41. Nanolight of Norman • Nanolight, Inc.- Nanolight, Inc. is a high-tech company whose mission is to research and develop semiconductor nanofabrication techniques for implementation in cutting-edge infrared laser and detector systems. The company also assists others with product development efforts by providing epitaxial-related services and acting as a distributor for nanofabrication equipment.

  42. Self Healing Composites • Polymeric and composite materials are subject to weakening due to fatigue cracking. A self-healing composite has the potential to defend against material failure due to fatigue and to greatly improve product safety and reliability. Patent 6858659 - Office of Technology Management – University of Illinois Urbana Champian

  43. Show enhanced platforms for drug development and delivery Nanoparticles such as colloidal gold, Quantum dots, liposomes, dendrimers and fullerenes are being used in pharmaceutical drug discovery and formulations for encapsulating drugs for drug delivery Other biophase materials offer promise for tissue engineering products Study of 200 Commercial Nano Products in medical and health fields

  44. NanoBioMagnetics is an Edmond, Oklahoma company that has demonstrated the ability to move nanoparticles through the body to specific cells. In the future, companies like NanoBioMagnetics anticipate being able to attach a drug to the nanoparticle and then deliver it reliably to the site of a cancerous cell and kill it. Nanomedicine

  45. Before 2010, the market for nanotechnology products and services is estimated to reach $1 trillion in the U.S. economy. This market will require anywhere from 800,000 to two million new jobs. Most of these workers will require at least two year postsecondary degrees. Nano Workforce Trends

  46. OSU- Okmulgee has developed a Nano Instrumentation program that is included as an additional certification to their Electrical Engineering Associates program. Tulsa Community College is offering electronic courses for Nanotechnology and MEMS (Micro Electrical Mechanical Systems). Oklahoma City Community College offers a Nanotechnology and MEMS program. The Oklahoma State Dept. of Career and Technology and OSU Okmulgee are partnering on an NSF grant to create the Oklahoma Nanotechnology Education Initiative. Nano Technician Training

  47. The Oklahoma Nanotechnology Website www.oknano.com will continue to grow as a one-stop clearinghouse for information with info on: Grant opportunities and technologies available Infrastructure, resources and incentives available to nanotech companies Collaboration opportunities Updates on current nano activities Oklahoma Nanotech companies Researchers involved in Nanotech research Nano information and Activities for students and teachers Nano Clearinghouse

  48. Getting Kids into Nano!

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