Whenever we see or read about technology on any medium, we mostly heard about nanotechnology. And you know what, the world is shrinking with a pace, I meant that among other things robots will soon be traveling in your bloodstream. In this post, I share with you some info about nanotechnology, firstly starting from the nanometer, the nanometer this is a billionth of a meter. I just give you an idea of how small a nanometer is one hundred thousand nanometers is the size of a human hair.
Mechanical engineers of the American Society says that this nano-technology will leave virtually no aspect of life’s intact. What scientists have discovered is that the difference between one thing and another is not its atomic makeup, it's basically the order in which the atoms are put together and at the end it convert sand into silicon.
Let’s talk about, how we convert coal into gold or how we take old sick people and turn them into young healthy ones, that's off into the future near-term nanotech. Actually, it's already here, in present world, we already have so many devices, one of the major device is in your hand, your smartphone, yes you heard the same, your smartphone and many other different gadgets or devices, those have a video projector in them that produces 3D imagery.
We’re already saying that technology robots are now building other robots but why do we need a robot building another robot because they are really tiny down to the molecular level. This is having huge benefits ultra-high-yield agriculture with zero pollution, manufacturing cheap power, and environmental remediation even eventually easiness personal space craft. We're seeing medical Nano-robotics as well, we're looking at artificial red blood cells, and artificial white blood cells when they find an infection they devour them. Actually, it's already in the marketplace, look at what's going on in one type of eye surgery, right now the traditional methodology of painful injections with big risk of infection and also highly expensive being replaced by nanoparticles that float in eye-drops by yourself treatment at home. You just give yourself an eye drop quick painless same results as the surgery with no risk of infection and as well as 90% cheaper that's the promise at hope of nanotech.
Every dot you see is an atom, we're looking at tiny robots that will be able to perform glaucoma surgery, gastric bypass surgery even provide dental repairs, let me illustrate with you one of the most promising technologies on the marketplace it's called graphene. It is the thinnest material ever built but how you make graphene, we start from a simple pencil and I’m not quite sure why they call them lead pencils they're made of graphite, so you take that lead pencil draw it across the paper or sheet and you've now got some graphite on the sheet.
But wait, have you ever heard about the graphene, let’s think, if you could take a layer of the graphite away from that paper or a sheet and then again take another layer remove and another and another and you keep healing off layers of the graphite until there's only one layer left a single atom that's graphene it's made from ordinary graphite.
Graphene is a very cheap material but when you get it down to the one atom height, it's suddenly the strongest material ever measured, it's a hundred and fifty times stronger than steel and it's almost completely transparent and transmits almost 97-98 % of the light that passes through it. It’s as flexible as rubber you can stretch it to 120 % of its size, it's highly conductive 150 times more than silicon. It's the only substance we know of that is completely impermeable to liquids and gas but it weighs almost nothing it's been theorized for decades, but finally in the start of last decade they have isolated it in the lab.
Let me illustrate for you some of the potential uses of graphene; for computing ultra-long life batteries and photovoltaic cells power, everything from mobile devices to your home computers that are a hundred times faster than today's fastest machines, touchscreens, liquid crystal displays organic LEDs for your smart phones, tablets and TVs super thin smartphone bendable unbreakable. How about for the environment we can eliminate radioactive waste and toxic spills water filtration systems for desalinization creating biofuel improve solar cells.
How about for aviation conductive paint that removes ice from aircraft weight saving inflatable slides and rafts for industry. We can improve the electric effect, we can provide lubricants radio wave absorption sound trend users’ thermal management, structural materials faster chemical reactions fluids that increase the efficiency of oil drills, and also 4D printing as well, wondering what 4D printing is? We all know what 3D printing is; that's three-dimensional printing while 4D printing is basically printing on demand upon a change in temperature, change in humidity, change in light and suddenly the device prints itself.
How about for the healthcare scaffolds for spinal cord injuries, blood glucose, testing cheaper medical imaging faster and efficient devices that monitor glucose, hemoglobin, cholesterol, DNA sequencing body sensors to measure breathing heart rate and movement, MRI contrast agents implantable medical devices and sensors microbial detection and diagnostic devices drug delivery agents for cancer therapy.
Bionic devices we can place into living tissues connected directly to neurons allowing paralyzed people to move, tissue regeneration, antibiotics, cancer treatments and sports. By the way there's a huge amount of money being poured into nanotech research, venture capital funding has skyrocketed over the past 20 years. What does all this mean for personal finance it means you're going to want to spend a lot of money on nanotech products the latest greatest stuff?
Definitely, you want to buy all the latest stuffs that means creating enough money to be able to do and enjoy these products.
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