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YoDahVah wrote:Anyway.... wait, when did we get onto this theory? I think I remember trying to argue that the whole "multiple timelines" thing would lead to nothing but a big mess a while back... Your diagram there is a bit confusing ^^;;I can agree with that though, I guess.
YoDahVah wrote:Wait, Cassius, what exactly do you mean by saying that the computer can talk to itself outside the RTTP without causing a "third universe"? Are we talking like, theoretical universe or physical one? Cuz RTTP is strictly temporal. A universe can't be created everytime you jump.. that would just phenomenally mess up the existing system. I don't think you meant that though... xD;; Nevermind.
TB3 in LTT Essay wrote:Copies of this data and any changes that have occurred in the computer since the point being returned to are streaming via tachyons to the supercomputer in the past. During this stage the supercomputer is connected to itself and doubles in power as discussed earlier in the section on Qubits.
Once all data has been received in the past the computer uploads the ‘future memories’ of the kids to them via SAPs from the modems. It also installs to itself any new data that had occurred between the current timeframe and the point in the future when the RTTP began – this allows it to shut down XANA’s target tower before it is infected, preventing the attack from occurring.
Therefore the original sequence of events never happens – however this entails a temporal paradox: If the original events never occurred, how do the kids possess memories of it?
The answer is that a ‘ghost’ of the original timeline still exists, imprinted on our own via Quantum Superimposition, cancelling out the possibility of a paradox.
One tragic side-effect though is that anyone who died in the original sequence of events will also die in the new – the Superimposition of timelines means the cessation of any person’s life in the original will carry over into the new via the process of Destructive Interferance (like two sound waves cancelling each other out to create silence) – this is an effect which cannot be prevented in any way, except (possibly) placing the subject in a place where they might be shielded, such as in an energised scanner, or by transferring them to Lyoko, which has a greater chance of success.
YoDahVah wrote:Ugh. *massages temples* I feel like a dinosaur. I miss the old days, when nobody knew what they were talking about. Now everyone's so smart I can barely keep up.
Sithking Zero wrote:I think it's about two thousand posts.
mooshie wrote:the thing about multiple timelines is that ther is an infinetie amout of them, due to quantum probability, there are more than on way things canhappen, therefore every second a new timeline branches of our "lives" are defines by which path we take, not that we have any choice
Cassius335 wrote:What did you mean by "Existing system?" Cause this is what was in the to-be-proof-read question everyone was given...
Cassius335 wrote:What I meant when I said "third universe." was that the resend CompNerd suggested would have to not cause a new paradox in the same way as the first one was caused.
YoDahVah wrote:Cassius335 wrote:What I meant when I said "third universe." was that the resend CompNerd suggested would have to not cause a new paradox in the same way as the first one was caused.
I see.. thanks, that's cleared up then.
That's precisely why I wanted to avoid the idea in the first place. >>; It does provide for some nice deus ex machina-ish effects, though... (For instance: Why does someone who died not come back? Because their death in one of the timelines cancels out their life in the other!
YoDahVah wrote: How do memories travel between past and future computers? Multiple timelines!)
TB3 in LTT Essay wrote:Quantum Dots are so small that electrons become trapped in them, and this is how they compute. Electrons spin in one of two directions, and the spin direction can be used to represent the ‘0’ and ‘1’ used in binary coding. However, because of a curious Quantum Phenomenon known as ‘SUPERIMPOSITION’, the Electrons can be said to spin in BOTH directions at the same time.
A practical example of Superimposition is the hypothetical ‘SCHRODINGER’S CAT’ experiment. Let us put a cat in a box with a death-ray, which has a 50% chance of firing. The box is then sealed – the cat has a 50% chance of being dead and a 50% chance of being alive – Superimposition states that the Cat is therefore alive and dead at the same time, and only the act of looking in the box to check on the cat decides which.
Therefore through Superimposition Quantum Dots can show a value of ‘0’, or ‘1’, or ’0 and 1’ – these are the ‘bits and bytes’ of Quantum Computers and are known as QUBITS.
However, this does not mean Qubits are limited to only three values – they can be potentially infinite – the trick is that at this fundamental level the processors begin working with ‘ghost’ versions of themselves that exist in different Quantum realities, and these ghost processors contain extra Qubit Values – therefore, each Quantum-Dot-Processor could be described as a network of processors, all working together on the same tasks – the only limit to how many Qubits each processor can have, is how many ghosts of itself it has the capacity to detect.
ADDING EXTRA QUBITS
The requirement for adding an extra Qubit to every processor in the computer, is that the computer can ‘learn’ to recognise a new ghost of itself. This requires an immense amount of power, and that occurs through Returning to the Past.
The exact mechanics of the RTTP will be discussed later, but during the process, the computer is connected to itself in two timeframes – present, and past.
When this occurs the two computers briefly exist as a single machine with the combined power of the two – power equal to what would be gained from an extra Qubit. Therefore, the computers can use this new power to locate another ghost version of themselves and tap into it – adding an extra Qubit and making the doubling of power permanent, at which point the process begins again.
This does not occur with every RTTP – if it did the computer would by now have enough Qubits to perform more calculations per second than there are atoms in the universe – in a sense it would have Godly intellect and could perform any function demanded of it – indeed it might be the one making demands of humanity!
Therefore the computer has to work with itself via RTTP many times before it can sense another ghost version of itself – the question is, how many RTTPs are required per Qubit?
We can assume that Franz started with three Qubits – ‘0’, ‘1’ and ‘0/1’ (which in the coding would be represented by ‘2’).
In Season One we saw (when flying through the tunnels between towers) that the supercomputer’s coding was written in the sequence 0-9. Logically, after the events of ‘A Great Day’ the computer would now recognise the values 0-10.
This means the computer has added eight Qubits to the three Franz started with. We know Franz made 2456 time-jumps, and that the kids made at most 100. With these figures in mind (2556 divided by eight) we can see the computer adds a new Qubit after approximately 320 time-wipes, assuming that there is a fixed value.
TB3 wrote:Baaaaaaaaaaaaaaaaack!
Okay - how do I put this nicely...
JEROME LIKES LTT AND GAVE THE ESSAY TO THE PRODUCERS! YAHOO! WOHOOO!
Now then - bed calls, so seeya guys later!
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