It is my contention that the Ni/H reactor is a proof of principle for the quantum computer. In the Ni/H reactor energy is shared instantaneously between all the plasmonic components of the reactor because there exists a condition of global BEC maintained throughout the reactor.
On Mon, Jan 26, 2015 at 11:27 PM, Axil Axil <[email protected]> wrote: > The mechanism that underpins the quantum computer is entanglement and the > speed of entanglement is instantaneous. Computing components will be > connected through long rang entanglement so data will be shared > instantaniously. > > On Mon, Jan 26, 2015 at 9:15 PM, James Bowery <[email protected]> wrote: > >> All boolean functions (meaning all programs) can be parallelized to only >> 2 gate delays. The problem is your computer ends up with more gates than >> there are elementary particles in the universe. >> >> A good deal of real computation consists of, in essence, decompressing a >> compressed form of the the answer. The difficulty of writing MPP software >> is essentially attempting to decompress the compressed form of the answer >> (ie: the program and its inputs) prior to run time so it maps on to your >> parallel architecture. >> >> To make software maintainable, you start out with the minimal description >> -- the Ockham's Razor version -- so that you don't introduce extraneous >> complexity to the program specification. The rest, as they say, is >> expansion of the Kolmogorov Complexity and there is just no getting around >> the fact that you have a _lot_ of serial work in that process. >> >> On Mon, Jan 26, 2015 at 8:00 PM, Jed Rothwell <[email protected]> >> wrote: >> >>> James Bowery <[email protected]> wrote: >>> >>> >>>> Architectures that attempt to hide this problem with lots of processors >>>> accessing local stores in parallel are drunks looking for their keys under >>>> the lamp post. >>>> >>> >>> I disagree. The purpose of a computer is solve problems. To process >>> data. Not to crunch numbers as quickly as possible. The human brain is many >>> orders of magnitude slower than any computer, and yet we can recognize >>> faces faster than just about any computer, because the brain is a massively >>> parallel processor (MPP). Many neurons compare the image to stored images >>> simultaneously, and the neurons that find the closest match "come to mind." >>> Many data processing functions can be performed in parallel. Sorting and >>> searching arrays has been done in parallel since the 1950s. Polyphase sort >>> methods with multiple processors and mag tape decks were wonderfully fast. >>> >>> It is difficult to write MPP software, but once we master the techniques >>> the job will be done, and it will be much easier to update. Already, >>> Microsoft Windows works better on multi-processor computers than single >>> processor models. Multiprocessor also run voice input programs much faster >>> than single processors. >>> >>> A generation from now we may have personal computers with millions of >>> processors. Even if every processor were much slower than today's >>> processors, the overall speed for many classes of problems will be similar >>> to today's supercomputers -- which can solve problems hundreds of thousands >>> to millions of times faster than a PC or Mac. They will have the power of >>> today's Watson computer, which is to say, they will be able to play >>> Jeopardy or diagnose disease far better than any person. I expect they will >>> also recognize faces and do voice input better than any person. >>> >>> There may be a few esoteric problems that are inherently serial in >>> nature and that can only be solved by a single processor, but I expect most >>> real world can be broken down into procedures run in parallel. Of course >>> the breaking down will be done automatically. It is already. >>> >>> Before computers were invented, all large real world problems were >>> broken down and solved in parallel by large groups of people, usually >>> organized in a hierarchy. I mean, for example, the design of large >>> buildings or the management of corporations, nations or armies. >>> >>> The fastest data processing in the known universe, by a wide margin, is >>> biological cell reproduction. The entire genome is copied by every cell >>> that splits. This is a parallel process. The moment a strand of DNA is >>> exposed to solution, all of new bases begin match up simultaneously. DNA is >>> also by far the most compact form of data storage in the known universe, >>> and I predict is the most compact that will ever be found. I do not think >>> subatomic data storage will ever be possible. All the human data now >>> existing can be stored in about 7 ml of DNA. >>> >>> - Jed >>> >>> >> >
