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The Concept Map you are trying to access has information related to:
brian jarosinski tech cmap, 'noise' of stray electrons (they are supercold as well, stopped and unable to interfere), quantum computing, cosmic rays ( nuetrinos ), becasue current codes rely on the fact that some numbers are almost impossible to calculate, stray electrons, weather forecasting, 1 or 0 electromechanically in microprocessors, need for an additional device ( mott insulator ), supercooling of qubits to almost absolute zero , a qubit (quantum bit) instead of a regular bit, rubidium atoms ( qubits ) are cooled and 'nudged' into a neat and orderly grid, today, a problem adding a separate set of numbers increases the computations exponentially, institue of quantum electronics (zurich, switzerland), japan's attempt to accurately forecast typhoons (and thus be able to warn residents along its coast), earthquake prediction, an egg carton, with individual atoms (the eggs) isolated from other atoms by a crystal of light (a mott insulator ), current laws of computers, looking instead at laws of nature, mit, combine many qubits together, very large computations at very high rates of speed (compared to today), qubits from interacting with each other simply because it is too cold for them to move unless 'prodded to do so', by using and manipulating the electrons around atoms, bits can be 1 , 0 , or a combination of both, cryptology, fields in which extremely large numbers need to be ' crunched in order to solve problems, brute force supercomputing method of throwing more processors at a problem, include trying to avoid error , max planck institute for quantum optics (munich, germany), current model, quantum computing time would hardly increase at all when an additional set of numbers are added, small but significant miscalculation(s), causing super-fast calculations to run off in the wrong direction