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Originally posted by Beachcoma
I haven't gone through the rest of the posts here since I last checked it. I have difficulty focusing when there paragraphs aren't used (as do a lot of other people, I'm sure). Please, please, try to use more paragraphs people. It really helps, trust me. It's not difficult -- just split the body every 3-5 sentences.
[edit on 21-9-2007 by Beachcoma]
Originally posted by b309302
This theory relies on similar info/particles being in a group. Big question...how do you get these grouped to begin with?
I believe that the first 'shot' can be random, however since you are already looking for something, the closed loop acts as an attractive force naturally and freely 'flowing' to the point of least resistance, i.e. your answer.
If you want to get technical, superstring theory consists of closed loop point particles. While this group might be close to what you are looking for, the actual group that conatains the answer could be at any random vector from this one. To make it more difficult... you have 11 dimensions not 4. This means that because two similar loops are next to each other on the 3'rd dimensional plane does not mean they are anywhere close on the 7'th, and vice versa.
That is the beauty of using a superstring algorithm, if you allow for the initial algorithm to work in one dimension, then you can limit it to say one mathematical plane. If you want to go up or down, then you include a Y axis, if you need three dimensions then you add Z, if you need more than that then you just need to add further characters to represent an expanded search field (directionally if the 4th dimension would be say NE on a compass then just create a Zalpha coordinate to represent this possible field, and if you don't actually know where Zalpha should exist, then you just recreate the original algorithm as a subroutine to search for it first, then continue to build the search based on that, as once it finds your Zalpha coordinate, then the master algorithm will naturally search that dimension once it becomes available).
Also I believe that the string loop also allows the algorithm to backtrack if a possible search that originally is closer, but then leads to a dead end (say if a search finds the closest particle in the 1st dimension, but it is really in the 8th dimension, and the closest 1st dimensional path does not have a path to the 8th dimension, then it can backtrack to the closest point to the 8th dimension [or path to other dimensions that lead to that 8th dimensional path, e.g. 1d, backtrack 1d+4dgate,4d+11dgate,11d+8dgate,8d,8danswer]. This backtracking continues until it finds the closest answer then can shift, but only if you include the possibility in your original computation, as if you only need one dimension then increasing the search to 10 could net you better answers, but if you don't care or do not need such a specific answer, then that is time spent on a search that could be put to better use).
That seems like alot of work with infinite particles. I'm probably just not getting it, could you explain it better?
You hit it on the head, and your input allowed me to get you this more expounded answer. Thanks!!
Originally posted by Beachcoma
reply to post by GideonHM
Interesting theory, this "Shotgun Blast" thing. But I think we don't even know enough about string theory itself. Heck, the last time I checked there were several variations of the theory, the hardest of all for me to wrap my mind around being loop quantum gravity (I'm willing to concede that there are things I just can't understand). That makes it difficult to even conceive an algorithm to make your approach work. Pity.
Actually, I believe that anyone who understands string theory well enough while trying to improve on my theories will accidentally unlock it. Because of the nature of the infinite loop, even thinking of it creates the ability of discovering it, as since quantum particles are connected regardless of time-space, the question-answer concept are already connected, so following my theory will naturally allow someone, somewhere to stumble over it almost without realizing it! Isn't that crazy?
Your other theory about Reticulians and Draconians also sound fascinating. True or not, I'm sure it'll be a fascinating read. Why don't you open up a thread in Skunkworks to further elaborate? I'm sure there'll be many others who are interested in what your thoughts on it might be. At least in Skunkworks you wouldn't be (so the mods tell me) subject to so much scrutiny by debunkers and what-have-yous. But you say you can't reveal your sources? Maybe you don't have to if you put it all together well enough. There's more than one way to skin a cat, as they say.
I will consider it, but I am all for people trying to debunk my ideas, and I am always up for a good challenge. Also, the reason why I can't reveal my source is just because it is not believable. I can barely believe it myself at times, and as such I just don't want everyone thinking I am ready for the rubber puck, just because I am completely upfront as to my sources. Just as there is plausible deniability, so too is there plausible acceptability, and to give all the information destroys your ability to believe me, without even realizing it. I know the irony in stating that, and it is also oxymoronic, so what can I do?
PS: Thanks for splitting it up in paragraphs, I appreciate that
No problem!
[edit on 21-9-2007 by GideonHM]
Originally posted by b309302
Okay first theory made more sense. Explanation is loosing me. Your using an infinite loop. Superstring is not an infinite loop. It's a closed loop point particle that moves in 11 dimensional space. Your algorythym also ignores the Heisenberg principle. Any attempt to measure a particle, changes the properties of that particle, thus rendering any measurment uselss. You can't search infinite point particles like that without disrupting the nature of what they actually are, thus rendering your search useless. Heisenberg theory: You can't know the exact location of a particle and what it is doing at the same time.
Originally posted by b309302
Allright focus on step 1 with me... forget about any algorythym, dimensional program or anything like that... try to clarify something. The actual info is stored how? The program works like superstring point particles. Is the info "encoded" in the point particles of spacetime itself? Are we taking existing point particles and assigning values to them? If so...big question... how do we actually detect point particles? We can't assign values to them if we can't detect them, they are theoretical. Get past step 1 without magic and you'll have my full attention. =)
[edit on 22-9-2007 by b309302]