On November 14th 2005, at 2.01pm GMT, TB3 wrote:This is a little thread I churned out so we could talk technical about how the wonderful technology of CL works.
NOTE: Many of you will have noticed since I lectured (like a jerk) on how the RTTP worked that I have changed some of my theories - in main the replacement of Darkmatter with Zero Point Energy.
Here's my first little essay;
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Most sci-fi realities, as we are know, have one large 'plot-point' bit of fictional science which makes the other elements possible.
This is the mcguffin - from it all other impossibilities become possible. In Star Trek, it's Zefram Cochrane's Warp Drive (other technology came from the Vulcans after First Contact). In Back to the Future, it's Emmett Brown's Flux Cappacitor (it makes time-travel possible and allows for Temporal Causality/Paradox). In Terminator, Miles Dyson's Neural Net Processor (Skynet, HKs, the Terminators themselves).
So, trying to lump together all the high tech science of Lyoko under a common parent led me to this.
The metal - the gold/grey metal that the scanners are made of, and which appears to be used in the supercomputer.
I call it EXERTANIUM - an artificial metal that functions as a room-temperature superconductor.
This unique property allows Exertanium to be used in several unusual ways - in computers, not only replacing fibre-optics as there is 0.0% energy loss, but also to increase the power of a computer pound-for-pound as there is no need for cooling systems etc. A sufficently powerful computer constructed primarily of Exertanium could well become the prototype for Quantum coding (using all the digits 0-9 instead of 0-1).
Also, since exertanium conducts electricity with no energy loss, it can be used to sense the electrical signature of individual atoms, thus allowing the creation of a 100% accurate virtual model of any object, were it to be used in a scanner.
Exertanium has one other trick up it's sleeve, through the Heisenburg Uncertanty Principle and Quantum Harmonics Oscillation, electrical current travelling through coils of exertanium interacts with ZERO-POINT ENERGY, a paralell level of existance to our own. This allows for interesting uses of Exertanium, as ZPE can maniuplate our universe at a fraction of the energy costs inherant, as it is doing it from an alternate plane of existance where our laws of physics need not apply.
So, applying all this to a scanner;
A scanner consists of four parts - the chamber, the walls, the scanner ring, and the cap. The cap contains a controlling computer, and is also the hub for the data and power feeds.
The walls are actually two panels of Exertanium, with coils of the metal arranged veritcally inside the half-inch gap between the two walls.
The chamber is the open space where scanning takes place.
The ring is not made solely of exertanium, but uses it inside for scanning purposes.
So, when a kid steps into a scanner - the following happens;
The scanner doors shut and the interior wall makes a rough virtual-model of the kid.
Jeremie activates the scanner and matches it to the person inside - the transfer protocol is compared to the model in order to confirm who the person is -a safety feature.
Jeremie begins the transfer proceedure.
The ZPE coils begin to power up, causing flecks of ZPE to flood the chamber. When this has reached sufficient strength the kid is levitated upwards (think the Incredibles and Syndrome's ZPE glove).
At the same time the scanner ring descends from the ceiling, doing an indepth scan of the subject.
The resulting data is uploaded to the wireframe model for the subject and held in a buffer folder.
As soon as all data is uploaded Jeremie enters the Virtualisation command. Simultaeneously the buffer folder is discharged into Lyoko, fusing the virtual particles of the subject, and ZPE is used to convert the original body into energy which is stored in capacitors for the return trip.
This ZPE technology is also used in the Holo-sphere emitter in order to achieve the RTTP, and in the power-chamber in order to convert the emitted particles and radiation of Uranium 234 into electrical energy to power the system.
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Any good? Feel free to argue against this or present your own arguments or ramble on anything technical - Virtualisation, Pixelisation, RTTP anything!


In 365 days, LTT has ammassed near 1,900 posts, several hundred pages of theories, ideas ratified my debate and reasoning...
And it has a 70-page essay currently in the hands of Director Jerome Mouscadet, who:
A: Likes it!
B: Likes it enough to show it to the producers and head scriptwriter!
C: Confirmed several of our ideas during our meeting, such as the longetivity of the nuclear battery and the use of Quantum Dot Processors!
Lyokologists, you have done something incredible, something without precedent in CL's history.
And it's not over yet - Jerome wants to hear MORE of our ideas, and the essay only covered the mechanical elements of CL's tech.
So I urge you guys, reread the threads and essays, look for errors, new ideas, developments and keep an eye out for scientific theories and developments that might have a theory.
Let's all drive LTT on for another year!
LONG LIVE 'LET'S TALK TECH' AND THE LYOKOLOGISTS!
And of course,
LONG LIVE LYOKOFREAK, WHICH MADE ALL THIS POSSIBLE!


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ORIGINAL POST
Well here we are, six months on from the creation of the original Let's Talk Tech we come to the second generation of these threads.
The purpose of this thread is twofold:
1.
To carry on in the research and development of the science of Code: Lyoko as conducted by the awesome Lyokologists!
2.
To prepare the essay 'Hopper's Principles', for posting to Moonscoop.
Well, that's all there is to say at this time, except to post some links:
THE ORIGINAL 'LET'S TALK TECH'
THE BKO-AFTER-PARTY
And just to kick things off
AN AUDIO-DIARY I MADE TODAY WHILST TRYING TO GET MY HEAD ROUND A PROBLEM
And before long I'll make up a audio-file honouring the old thread and summarising our achievements to date. The same goes for a summary thread to head up this thread.
Well guys, full steam ahead - let's hope this thread shares the success of it's progenitor!

Stay cool guys and all the best!

DIAGRAMS
Exertanium Nano-Tubes
Scanner - Side Elevation
Scanner-Ring
Scanner-Ring, Scan Units
Scanner Room Controls, as seen in 'Routine'
Space-Time-Manipulator, top elevation
Space-Time-Manipulator, cross-sections
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