Quantum Computers the next "really really Big Thing!"
quantum·@strapasynthon·
0.000 HBDQuantum Computers the next "really really Big Thing!"
<html> <p><img src="http://qbitrex.com/resources/Cropped_Cube.png.opt671x600o0%2C0s671x600.png" width="671" height="600"/></p> <p>Hello everyone, this is my maiden post on our revolutionary platform Steemit.</p> <p><a href="https://en.wikipedia.org/wiki/Quantum_computing">Quantum computing</a> as it currently stands is a cutting edge high technology field dominated by large corporations and hugely expensive facilities using exotic physics where individual quantum particles such as atoms electrons and photons are connected in various nano technology circuits to manipulate the basic bit of information known as a qubit. </p> <p>The qubit which can simultaneously hold the state of a bit and a NOT bit until observed. The bit or series of ones and zeroes is the binary number system of traditional computing. When n of these qubits are gathered into registers the data they represent grows exponentially by the factor of 2^n. <a href="http://www.ibtimes.co.uk/ibm-watson-cto-quantum-computing-could-advance-artificial-intelligence-by-orders-magnitude-1509066">Physicists state a three hundred qubit device could theoretically calculate all the information in the universe.</a></p> <p>For the layman the best analogy of a quantum computers power is taken from the television series Star Trek. When Captain Kirk orders Scotty to "Beam Me Up!" The device Scotty is using to control the "Teleporter" would be a quantum computer. The machine has to calculate the quantum state of every atom within the body of Captain Kirk at the space time target of the Planet surface where Kirk is standing and swap that information with the sterile quantum vaccum within the transporter stage unified field. This task would be impossible with traditional computing in serial mode as it would take some time starting with the first atom and ending with last, during which time the state of the first atom would have changed, even a massive parallel machine with one processor per atom still would take a finite amount of time to measure and then predict the state on the transporter stage. </p> <p>A 300 qubit quantum computer having already scanned Kirk outside of linear time would have a quantum simulation of him as a very large crypto graphic hash 4D qubit number simultaneously holding the state of every atom at the time he beamed down. That is then adjusted against his current state (He might shot his wad into some glamorous alien!) and then swapped again with the quantum vacuum of the teleporter stage unified field.</p> <p>I've been working on idea to do quantum computing at or close to <a href="http://whatis.techtarget.com/definition/standard-temperature-and-pressure-STP">standard temperature and pressure (STP)</a> for several years now the latest iteration is using photons from simple cool blue LED's. Now when you talk to the "experts" about building a homebaked quantum computer, to them its the equivalent of saying I'm going to build a nuclear fusion reactor in my garage and just write you off as some nutter!</p> <p>Quantum processes take place all the time at or near STP. <a href="https://en.wikipedia.org/wiki/Photosynthesis">Photosynthesis</a> is the best example when a photon from the Sun strikes a leaf it's energy is utilized by the plant to grow complex carbohydrates and even protein. The photon lands in a random area on the leaf the energy of the photon and knocks out an electron. That energized electron has to find it's way to a organelle within the plant cell called a Chloroplast where photosynthesis occurs. </p> <p>Now according to classical particle physics the electron randomly bouncing from atom to atom would loose it's energy long before reaching the moving target of the Chloroplast. The leaf isn't a crystal with atoms locked into positions at discrete wavelengths. These Chloroplast's are themselves primitive viruses that move around within the cell and can split in half and multiple like the host cell they inhabit. Scientist's can't explain it in terms of classical atomic physics so the current working theory is called "light-harvesting antenna complexes". In other words the atoms in the leaf that are not part of the antenna system somehow know not to look at the photon that just arrived near them, the relevant molecules located only at specific sites within the Chloroplast somehow see it like the "All seeing eye of God" and harvest its energy in non classical quantum process.</p> <p>I am working towards an ICO based on Encryption and Hashing Using Photons (EUP) and (HUP) which is a Quantum Computing Transition Device (QCTD) with a commercial use case. It uses groups of photons of one color but across a range of frequencies called black body radiation. It will be water cooled and fit within an ATX server computer case. It won't be using entanglement as currently defined by the QC industry so I will avoid any controversy by claiming its a full blown QC. The token will be launched on <a href="https://openledger.io/">OpenLedger,</a> as I assemble the whitepaper (half written), mine some bitcoin, and either get a new website or re-do the old one at <a href="qbitrex.com">qbitrex.com</a>.</p> <p>I am happy to talk anyone with an interest in this project as it is the first major hardware innovation since ASIC cards where developed to mine Bitcoin. If you can program in C++ or Verilog the language for programming <a href="https://en.wikipedia.org/wiki/Field-programmable_gate_array">FPGA</a>'s I would be very interested to talk to you. If you are competent in Crypto Currency, Web Development, Web Marketing or just plain excited by this idea don't hesitate to contact me.</p> </html>