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Nanomagnetics: A New Hardware Device

Explore the world of nanomagnetics, a cutting-edge field in nanotechnology that leverages nanomagnets to revolutionize computer hardware. Discover the concept, applications, and benefits of nanomagnet technology, predicted to replace transistors in computers, with a focus on Magnetic Random Access Memory (MRAM). From faster load times to enhanced processing speeds, nanomagnets are shaping the future of magnetic devices. Join us on a journey into the nanometer scale and witness the incredible potential of nanomagnetics.

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Nanomagnetics: A New Hardware Device

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  1. Nanomagnetics: A New Hardware Device Group 2 Jason Hill Ryan Long Joye Turnage Jonathan Ashworth

  2. What is Nanotechnology? Nano= 1 Billionth, therefore a nanometer is one billionth of a meter Nanotechnology- any technology that exploits phenomena and structures that can only occur at the nanometer scale

  3. Scaling Laws

  4. Nanometer Scale

  5. What is a Nanomagnet? Nanomagnet: an extremely small magnet that can transfer information Nanomagnets are predicted to one day replace transistors in computers

  6. Nanomagnet Technology Discovered by Russell Cowburn Furthered by Alexandre Imre Concept: uses an alternating north-south polarity to rapidly transfer information down a chain of nanomagnets

  7. Applications of Nanomagnets Magnetic Random Access Memory (MRAM) • Keeps frequently used software or data permanently in magnetic cells Benefits • Load up time is significantly faster

  8. Processing speed • Most computers processors function at 2 or 3 Gigahertz • Magnets 110 Nanometers wide have shown the ability to process at speeds of at least 100 Megahertz

  9. Research and Development 2004 • Roughly 4.3 Billion 2009 • Estimated to be approx. 12 Billion

  10. In Conclusion Nanomagnets are tomorrow’s future in magnetic devices!

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