1. Nanotechnology and The Virus World Definition of nanotech: The science and technology of building electronic circuits from single atoms and molecules “This year is to be expected to be the first in which the money put into nanotechnology research and development globally by industry will exceed the money coming from the government.” - Chemical and Engineering News May 05 *Billions of dollars are being moved around

2. Current Molecular Motor Innovations and Research ATPase : Powerhouse producing a major quantity of ATP from ADP but can also function backwards using ATP for energy as well. ATPase : Powerhouse producing a major quantity of ATP from ADP but can also function backwards using ATP for energy as well. Work of Dr. Belcher: Currently looking towards complex formations in nature on nanoscale. (How is an Abalone shell made?) Also, she researches applying these natural process to second generation electronical and magnetic nanodevices. Work of Dr. Belcher: Currently looking towards complex formations in nature on nanoscale. (How is an Abalone shell made?) Also, she researches applying these natural process to second generation electronical and magnetic nanodevices. Universal pronciples of motors. (Man made and natural) Universal pronciples of motors. (Man made and natural) Brief:

3. ATPase Complex of nine different types of proteins. Complex of nine different types of proteins. (12nm x12nm) A shaft composed of six proteins that rotate on an axis. Hiroyuki Noji and colleges proved this in Japan with fluorescent marking, and based on ATP concentration and availability compared to rotations per minute found a close to 100% operating efficiency. A shaft composed of six proteins that rotate on an axis. Hiroyuki Noji and colleges proved this in Japan with fluorescent marking, and based on ATP concentration and availability compared to rotations per minute found a close to 100% operating efficiency. “If the motor was as big as a person it would be able to spin a telephone pole 2 Km long (1rev/sec). “If the motor was as big as a person it would be able to spin a telephone pole 2 Km long (1rev/sec). Cornell sparked to harness this tremendous power. 2 changes Cornell sparked to harness this tremendous power. 2 changes

4. Dr. Angela Belcher Looks for patterns in Nature, applies these patterns to nano- biocomposites for second generation materials, i.e. Abalone shell has evolved over long time to form and control crystal structures of CaCO 3,using protein regulation (3000x stronger than solid CaCO 3 ). Looks for patterns in Nature, applies these patterns to nano- biocomposites for second generation materials, i.e. Abalone shell has evolved over long time to form and control crystal structures of CaCO 3,using protein regulation (3000x stronger than solid CaCO 3 ). Evolve organisms, with green chemistry. Evolve organisms, with green chemistry. Goals: To find and create biological molecules that will “grow and assemble electronic materials” in a lab setting on nanoscale. These molecules will hopefully also serve as self-corrective enzymes. Examples: Diatoms Algea (Coccolithophora) Bacteriophage (pIII minor protien manipulation)

5. Nanotechnology What is it and were is it going Definition: 1) Nanotechnology comprises any technological developments on the nanometer scale, usually 0.1 to 100 nm. (One nanometer equals one thousandth of a micrometer or one millionth of a millimeter.) The term has sometimes been applied to any microscopic technology. 2) The royal academy of engineering came up with a more modem version in it report nanoscience and nanotechnologies. As the study of phenomena and manipulation of materials at atomic, molecular and macromolecular scales, where properties differ significantly from those at a larger scale; and nanotechnologies as the design, characterization, production and application of structures, devices and systems by controlling shape and size at the nanometer scale.

6. History From genetic engineering to modern day In 1959 Richard Feynman gave a talk entitled There’s Plenty of Room at the Bottom. In 1974 Norio Taniguchi describe the precision manufacture of materials with nanometer tolerances In 1986 K Eric Drexler, particularly in his book Engines of Creation: the Coming Era of Nanotechnology.

7. GENETIC ENGINEERING In the 1950s show that if you grew a particular bacteriophage on stain A then not all of them died and then if you grew that mutant survivor of stain A and then grew the phage on the mutants there was a high survival rate. In the 1950s show that if you grew a particular bacteriophage on stain A then not all of them died and then if you grew that mutant survivor of stain A and then grew the phage on the mutants there was a high survival rate. 1960 show that the mutant bacteria was incorporating the phage DNA into it’s own DNA. 1960 show that the mutant bacteria was incorporating the phage DNA into it’s own DNA. This discovery led to a great leap in understanding of genetics This discovery led to a great leap in understanding of genetics

8. Nanoscience meets Genetics Using virus to carry medicine into host cells. Using virus to carry medicine into host cells. Using RNA and DNA as a building blocks for the future Using RNA and DNA as a building blocks for the future Self replicating Nanobots. Self replicating Nanobots. Molecule Motors Molecule Motors Cures Cancer and Genetic disorders Cures Cancer and Genetic disorders

9. Potential risks Grey Goo Grey Goo Water soluble fullerene molecules cause brain damage Water soluble fullerene molecules cause brain damage Many Nanoparticles are made for heavy metals i.e. lead, gold and silver Many Nanoparticles are made for heavy metals i.e. lead, gold and silver Nano dust Nano dust Use of surface coating to prevent breakdown. Use of surface coating to prevent breakdown.

10. What do I think the future will bring Intercellular self replicating nanobots Intercellular self replicating nanobots New drug delivery systems New drug delivery systems Use of nano tech it all aspects of are lifes Use of nano tech it all aspects of are lifes Nanotechnology will take of by leaps and bounds in the next 10 years Nanotechnology will take of by leaps and bounds in the next 10 years

11. Universal Motor Principles Motors using force production and translational motion of load (i.e. myosin, kinesin, dynein, RNA polymerase, winches, and rockets???!?!?) show linear relationships on a Motor mass v Maximum force output graph Motors using force production and translational motion of load (i.e. myosin, kinesin, dynein, RNA polymerase, winches, and rockets???!?!?) show linear relationships on a Motor mass v Maximum force output graph F = 887 (mass 0.667 ) F = 887 (mass 0.667 ) * Remember this covers 27 orders of magnitude of motor mass, and units are N/kg. r 2 =.994 Motors using cyclical motion have more multi-axial stress (flying birds, bats and insects, turbofans, turbines, electric rotary motors, and piston engines) and also show linear relationship. Motors using cyclical motion have more multi-axial stress (flying birds, bats and insects, turbofans, turbines, electric rotary motors, and piston engines) and also show linear relationship. F = 55 (mass 0.999 ) * Mass-specific net force output averaged 57 N/kg. r 2 =.999

12. Conclusion Based on the research and current paradigm shift I ill give three prediction for advancements in Nanotechnology and The Virus World. Based on the research and current paradigm shift I ill give three prediction for advancements in Nanotechnology and The Virus World. Machines that will live in your blood stream and regulate cancer cell lines and destroy unwanted mutations before becoming fatal. Machines that will live in your blood stream and regulate cancer cell lines and destroy unwanted mutations before becoming fatal. Viruses that are used as vectors for nanowires and computer engineering of a different kind, using biodegradable nontoxic means of nano-machinery engineering. Viruses that are used as vectors for nanowires and computer engineering of a different kind, using biodegradable nontoxic means of nano-machinery engineering. Virus capsids will be used as models to the next generation nanomachinery warehouse and delivery system. Virus capsids will be used as models to the next generation nanomachinery warehouse and delivery system.