77656e No.12463 [View All]
The virtual quantum computer (VQC) is a grid made of constructably infinite elements that follow a known pattern. It is indexed using e, n, and t, where e is the column, n is the row, and t is the specific element in the cell.
The grid in its entirety serves as the superposition. The required input parameters to collapse the superposition are d and e, which are trivial to calculate for all c that is the difference of two squares. When the integers that are the difference of two squares are arranged into the grid and their corresponding properties are shown, a pattern emerges that shows a path to calculate the factors of c instead of searching for them. It can be understood using only the basic operations of arithmetic and sqrt. All currently-known patterns can be found within one thread here >>6506
C# VQC generator - pastebin.com/XFtcAcrz
Java VQC generator - pastebin.com/2MPYrJVe
Python VQC generator - pastebin.com/NZkjtnZL
Glossary
Look-up
A pattern used to calculate the factors of c, like a value look-up table.
Column
All cells for a given e
Row
All cells for a given n
Cell
All entries for a given e,n (not to be confused with an entry itself.)
Entry; record; element
A set of variables corresponding to a factorization for a given c. The legend to read entries is {e:n:d:x:a:b} (e, n, t) = c
Example: {1:5:12:7:5:29} (1, 5, 4) = 145
ab record; nontrivial factorization
The element that contains the factorization of c that is not 1*c, hence, nontrivial.
1c record; trivial factorization
The element generated from setting a=1 and b=c
Mirror element
The element in -f corresponding to an element in e, in the context of a given c.
Variables
a and b are, to reiterate, the factors of c. a is the smaller factor of c, and b is the larger one.
d is the integer square root of c.
e is the remainder of taking the integer square root of c. Unless c is a perfect square, a remainder will be left over.
i is the root of the large square. It is equal to (d+n).
j is the root of the small square. it is equal to (x+n).
n is what you add to d to be exactly halfway between a and b, and it is the root of the large square, so it takes you from d to the large square.
x is what you add to a to make d. When added to n it makes the root of the small square.
f is what you add to c to make a square. (e is what you subtract from c to make the square below it, f adds to make the square above c.)
t is the third coordinate in the VQC, it is a function of x.
q is a product created by multiplying successive primes until the product is above d.
u is the triangle base of (x+n)^2. 8 times the triangle number of u plus one is (x+n)^2 for c with odd x+n.
ab = c
dd + e = c
(d + n)(d + n)-(x + n)(x + n) = c
a + 2x + 2n = b
a = d - x
d = a + x
d = floor_sqrt(c)
e = c - (dd)
b = c / a
n = ((a + b) / 2) - d
d + n = i
x = d - a
x = (floor_sqrt(( (d+n)*(d+n) - c))) - n
x + n = j
j^2 = 8*T(u) + 1
f = e - 2d + 1
u = (x+n) / 2
if (e is even) t = (x + 2) / 2
if (e is odd) t = (x + 1) / 2
Past threads
RSA #0 - archive.fo/XmD7P
RSA #1 - archive.fo/RgVko
RSA #2 - archive.fo/fyzAu
RSA #3 - archive.fo/uEgOb
RSA #4 - archive.fo/eihrQ
RSA #5 - archive.fo/Lr9fP
RSA #6 - archive.fo/ykKYN
RSA #7 - archive.fo/v3aKD
RSA #8 - archive.fo/geYFp
RSA #9 - archive.fo/jog81
RSA #10 - archive.fo/xYpoQ
RSA #11 - archive.fo/ccZXU
RSA #12 - archive.fo/VqFge
RSA #13 - archive.fo/Fblcs
RSA #14 - archive.fo/HfxnM
RSA #15 - archive.vn/59GwR
RSA #16 - archive.vn/F49fw
RSA #17 - archive.vn/u2Tu6
RSA #18 - archive.is/FDVP9
RSA #19 - archive.is/6mJhe
____________________________
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387534 No.12940
To Remember, is To Understand. To Understand is To Transform That Which Is.
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b89450 No.12941
>>12940
Hello Buddha!
I'm working on these crumbs.
>>6401
>>6420
Ok, so with all we've learned here is what I see.
"How do the patterns in row 1 relate and determine the solution?"
Every a[t] value in (-f,1) has the potential to solve.
Likewise, every a[t] value in (e,1) has the potential to solve.
In (-f,1) we're hunting for (n-1)
In (e,1) we're hunting for (n).
What I see is a lot of repeating (n-1) and (a) values in (-f,1)
What I also see is a lot of repeating (n) and (a) values in (e,1)
What if we used the actual a[t] values against each other for GCD analysis?
We would run the algorithm on (-f,1) and (n,1) simultaneously.
When we find two factors that are only one apart, we know we have (n-1) and (n)
I don't think we have tried this yet.
However, the search space may be too large for R sized numbers. Not sure on this yet.
New combination of ideas, though!
How many times does (n) occur in (e,1) ?
How many times does (n-1) occur in (-f,1)
a(n-1) and (an) pairing only occurs once for a given semiprime c
Likewise, the b(n-1) and (bn) pairing only occurs once for a given semiprime c.
BUT how many times do (n-1) and (n) appear as factors in their respective columns?
Since there are many other a[t] values in (-f, (n-1) ) and (e, n) it follows that there should be many a[t] values in row 1 that share (n-1) and (n) as factors.
So, an easy exploration.
Generate a list of a[t] values in (-f1) and (e,1)
at test them against GCD = (n-1) in (-f,1) and (n) in (e,1)
I wonder if (n) repeats every certain [t] values.
Have we studied this
PMA, any thoughts?
Not sure, it doesn't ring a bell.
Maybe the "wave function" is related to (n) instead of (a).
The key would be that (n) repeats in a way the keeps the search under O(log n)
I know that according to another crumb, "(n-1) and (n) change in such a way that a solution is possible"
Huh
The reason why (n) would repeat is that there are infinite a[t] values in the cell (e,n)
And likewise for (-n,1) in (-f, (n-1) )
So factoring a[t] values in (e,1) and (-f, 1) could find the recurring n theme.
I wonder how many valid (n) values there are for R100 between a[1] and a[N] ?
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b89450 No.12942
Well, it's honestly too simple to be true lol.
The way I'm envisioning it is like a human spine / spinal cord.
Every few inches, there is another vertebrae bone.
Now imagine two spines next to each other.
In (e,1) we have vertebrae bone at every (n)
In (-f,1) we have vertebrae bone at every (n-1)
Factoring (e,1) a[t] values is pointless for R sized numbers. We could look forever.
Factoring (-f,1) a[t] values is likewise pointless for R sized numbers.
HOWEVER
If we put the two "Spines" side by side, perhaps the dual analysis may show where they line up.
There's a really sneaky crumb above ^^^
"Check (e,1) in the Grid. At (1,1) what are the values of a[t]?"
"There is a pattern of increasing (n) in (e,1) and (n-1) in (-f,1). This gives enough information to solve."
Again, a(n-1) and (an) only occur once as a pairing in (e,1)
And, b(n-1) and (bn) only occur once as a pairing in (-f,1)
HOWEVER
How many times does (n) pair with another a value in (e,1) ?
And how many times does (n-1) pair with another non-solution a value in (-f,1) ?
These vertebrae bones should show up many times in (-f,1) and (e,1)
A repeating flow of e(n)ergy
I'll get started on basic research, starting with a spreadsheet for some small c values.
If it can be shown that (n) repeats in (e,1) or (n-1) in (-f,1), then I'll move to code.
This crumb though ^^^
WTF lol
"Have you tried checking the patterns in (e,1)" ??
"What are the values of a?"
Well, they are all (an).
So every a[t] value and it's factors are both a and n at the same time.
When we analyze the "Spines" and order the list of factors, there would be only two that are 1 apart.
To summarize, we've been looking for (a) and (an) when I think we should be looking for (n) and (n-1) as repeating factors.
I'll get to work.
Also, this may not work for R sized numbers.
Just enjoying some work on the VQC Farm this fine evening.
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b89450 No.12943
Here's my work for our small c6107, looking for repeating values of (n-1) and (n) as factors in (-f,1 and (e,1).
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b89450 No.12944
And here's some updated work based on PMA's request to see if (a) and (n) show up equally or not.
The ratio of n:a is 4:1 for this example.
The ratio of (n-1):a is 2:1 for this example c.
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b89450 No.12945
As we already know, here's where the two Spines meet up.
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b89450 No.12946
I think we need to factor a bunch of a[t] values in (-f,1) and (e,1)
It sounds foolish.
I'm aware.
I think the paradigm shift is that (n-1) and (n) may occur at repeating intervals.
Rather than hunting for the specific pairings of a(n-1) and (an), we are simply factoring and building a large table.
For the two Spines.
And where those factors match, we can solve.
Next step is to see if there is any decreasing or increasing pattern in the occurrences.
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33a5ff No.12947
ElectroPlasma, ElectroMagnetic, Cosmology. Not "new" Maths, there is Only One Math, It Never Changes. Never Has, Never Will.
Only One, All One.
And Where One Goes, All Go.
Blessings to All.
Always, in All Ways.
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aa6823 No.12948
Hello lads, hope you all are well!
I had a good new paradigm shift idea, writing it down here.
Anyone who's interested is welcome to join for some work and bantz.
We explored the mantissa idea a while back pb >>11668, with AA and MM doing some excellent work and calculations, pb >>12178 to >>12187
>if we can find the ratio of 2d/x we can solve
>we're meant to be able to do that using a bunch of geometric concepts
>2d/x
>(x+2n) / (n-1)
Here's the new idea:
What if the mantissa is a recurring output of an internal wave function within the (-f) and/or (e) column?
And we run a list of sequential a[t] values in (-f,1) and (e,1) looking for our mantissa.
The formula I think we're supposed to use is x+2n / (n-1), but first we need to calculate our knowns for each a[t] value in order to use it.
Any a[t] value represents (an) and can be broken down several ways into its components.
This brings the offset into play.
(xx + e) / 2 = (an)
(an) - a(n-1) = a
(an) / a = n
a(n-1) / a = (n-1)
I think the mantissa should be a recurring pattern hidden with the (-f) and/or (e) column values.
If it does exist with enough precision, that would be a working solution.
Needs exploring, that's why I'm writing it down.
The ratio (x+2n)/(n-1) should be a value we can calculate for every a[t] value in (-f) and (e), looking for recurring values of our mantissa.
Interesting to note that x and n move inversely to each other, so I think that's why (x+2n)/(n-1) has to be used for the calculation.
The ratio 2d/x can also be explored with other values within the (-f) and (e) columns, maybe the mantissa recurs these as well.
I'll get to work on some test spreadsheets as IRL allows later today!
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5a26cf No.12949
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10ded0 No.12950
>>12949
not much. Any inspiration?
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5a26cf No.12951
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5a26cf No.12952
I've been messing around with cycle finding algorithms. They're pretty fun but random
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0042aa No.12953
Hello everyone!
Checking in for a little thinking and work.
I think there may be another transform, similar to the (na transform)
It's an intuitive hunch at this point, but it makes sense to me.
Check out the crumb attached.
So, we already have the e(na transform) and -f(na transform) where the a[t] values are a=(N-1) and a=N
Remember all the hints Chris gave about going into negative x?
Well, when we do, it seems there is another transform where we can find (-f,1) a[t] = -(n-1) and (e,1) a[t] = (n)
These are also 1 unit apart.
So for c145, we get a new transform 1 unit apart
So it seems we may have TWO transform locations. One for N and (N-1), and another for -(n-1) and (n).
Writing all this down as I work so I can find it later.
I worked on this in April this year, circling back to make sure I didn't miss anything.
Oooooh it would be a sexy solution.
"Through The Looking Glass"
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d9e247 No.12955
>>12952
Hello Anon! Is this GA?
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a3f470 No.12956
Blessings to All the Bruddhas 🙏
Sheeeeeeit checking in for vibes. Praying errbody 'n they folks is doing aight.
Love all of (You), Always, in All Ways.
ThreeThreeFourEver.
We're gonna make it. And when we do, it will be Tiempo Perfecto.
Love.
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a3f470 No.12957
Sonoluminescent powered Desktop Quantum Computers, we're coming for it.
Also, guys, if you havent, check out Ashton Forbes and how the "missing Flight MH370" was a covert op using zero point energy/plasma orbs, etc.
The 2 videos that show the orbs & plane are verifiable wide area Gorgon Stare technology / FLIR equipped drone footage. What Ashton is describing/looking into really puts into context a lot of the remarks made by Trump administration folks over the last few months, especially the "we have technology that can annihilate distance & time" etc.
Shits going to get litty.
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d82066 No.12958
>>12941
>>12942
>>12953
Hi guise I am expecting a child so I won't be working on this too much until I can get out of my job once Chainlink moons but is there a place where I can look at all the VQC crumbs? I feel like I've learned so much since then it would be nice to get a fresh look at all of them again.
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80c7c1 No.12959
>>12958
Hello GA!
Congrats on the upcoming arrival of your first child.
Here's the maps I have.
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9e4cba No.12960
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9e4cba No.12961
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9e4cba No.12962
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9e4cba No.12963
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9e4cba No.12964
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9e4cba No.12965
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9e4cba No.12966
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9e4cba No.12967
One half of the key is:
(xx + e) / 2 = na
The other half of the key is:
(xx - f) / 2 = na
The (na transform) occurs at:
((xx+e)/2) - ((xx-f)/2) - 1 = 0
The other (solution?) transform happens at:
((xx+e)/2) + ((xx-f)/2) - 1 = 0
Quaternions?
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9e4cba No.12968
Correction:
The (na transform) occurs at:
((xx+e)/2) - ((x+1)(x+1)-f)/2) - 1 = 0
The other (solution?) transform happens at:
((xx+e)/2) + ((x+1)(x+1)-f)/2) - 1 = 0
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eb199e No.12969
>>12968
Just saw this in the Q-research chat.
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eb199e No.12970
>>12967
When Maxwell's equations were translated from quaternions to normal math they left out completely the scalar component. This is the part that lets you do antigravity and make warp drives and teleportation and infinite energy. Interesting to see it here as well. I can put up a lot more info on the above but much of it seems unrelated other than the Quaternions and maxwell equations. I dont want to spam
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334a50 No.12971
>>12970
Nah bruh spam away. The Aether enjoys the imprints. Its nice when we have some activity in here.
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481f84 No.12972
>>12969
>>12970
>Just saw this in the Q-research chat.
Hello! Glad you liked our bait, thanks for popping in.
>they left out completely the scalar component.
Would this be the 1 unit added to x, making it (x+1)?
>This is the part that lets you do antigravity and make warp drives and teleportation and infinite energy. Interesting to see it here as well.
That's interesting! Glad our research continues to turn up new ideas.
>I can put up a lot more info, I dont want to spam
Yes, please do. Our brains need a fun little side quest.
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481f84 No.12973
>>12971
And hello bruddah! Thanks for going fishing with me.
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eb199e No.12974
Ok, I will post some good stuff. This one is very interesting. Its talking about negative mass
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e863eb No.12975
>>12974
Following along! Interesting, 5/0 is "undefined" in normal math terms, but balanced positive and negative forces in this example.
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eb199e No.12976
I saved a lot of this Ashton guy's work as well as many others like Greenyear and Pias. Best I can tell much of it is real. I have tons of other stuff but its huge and IDK if any of it is sensitive so Im careful where I dump it. I poke around and look for interested people who may be interested.
All my stuff is from public sources. Im thinking of seeing if a paid version of Grok could design some energy device or similar that I could build relatively simply. I have all of the Keelynet documents and other weird stuff.
Let me know if you want to see any more of this type of stuff. There is a guy on TT who is doing a really good job of making a Sonoluminescense chamber as well. I have some of his stuff saved. Lots of this stuff seems similar to the early stuff that was talked about in this place when it first started up.
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eb199e No.12977
Im building a workshop but when thats done Im going to make some of this stuff in it
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41f678 No.12978
>>12976
We're you around when the /vqc first started up?
I've been following Ashton Forbes hella heavy the past few months. What hes been digging at is extremely interesting.
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eb199e No.12979
>>12978
I remember it and have some stuff in my archives from it. Im not a math guy so I mostly just lurked.
Yeah I have a ton of stuff saved. It is pretty freaky because it all lines up with all the old free energy stuff I have saved. I didnt understand much of it before because I didnt understand the math. Now though Im hearing the same math stuff over and over like the Quaternion thing. I dont even understand what that is.
Ashton is pretty solid. I caught his stuff VERY early. October 2023 or whatever. About a week into his first videos getting banned on reddit I think. Im really into building something with this stuff though. I would love to use it to gather or make some electricity. Im building a workshop right now so when my time and money is free from that … and I then have a workshop Im going to try to build these things. Do any of you guys understand how to to the Electrical engineering side of this?
I understand some of it but when one starts hooking up oscilliscopes up I get pretty lost. I finally have some of these plans with the values of the resisters and capacitors listed so that the system is tuned properly and works. You cant just use ANY components. They have to be tuned to eachother to get a harmonic to work properly, Not an easy task.
The stuff I posted here so far looks VERY buildable by me though. It took me a long time to figure out what a Bifilar Coil was. https://nitter.poast.org/MSTRIvo This guy built one and built a lot of other stuff too. Very interesthing then I think he got threatened or paid off of something. By last April he stopped posting
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eb199e No.12980
This thing he is building here actually pulls power FROM the earth ground using harmonics. How about that shit huh? Like a hammer-pump but for electricity. Blows my mind.
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7a3b5b No.12981
>>12977
>>12978
>>12979
>>12980
Check this out my dudes.
I'll post some highlights from the PDF.
This is the best document I've ever read on Tesla and free energy.
Basically you need a spark, which spilts the Aether into positive and negative forces.
An expanding field, which can be captured
And a collapsing field, which can be captured.
Then you need two concentric copper tubes with diodes placed in opposite directions, one to capture the expansion field, one to capture the collapsing field.
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7a3b5b No.12982
Here's some cool screen caps from the PDF.
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eb199e No.12983
>>12981
>>12982
Iv never seen that book you posted. I added it to my collection. Mine are too big to post and catbox is broken… What is this world coming to.
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eb199e No.12984
>>12982
https://litter.catbox.moe/8ubyh7jpb6p4sgpo.pdf Litterbox link worked for the big one. It will last 3 days so get it while its hot
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337473 No.12985
>>12980
As an engineer, "series parallel resonant system" is meaningless.
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87dd7c No.12986
>>12984
>>12983
Thanks Anon!
I'm reading both of them now.
>>12985
>As an engineer, "series parallel resonant system" is meaningless.
What about "series parallel resonance reception"?
Every AM and FM radio can receive frequencies that we enjoy listening to.
Are there frequencies that can send / receive energy?
That's a pretty cool question to consider.
Tesla thought it was possible, till JP Morgan shut down his Wardenclyffe Power Station.
https://en.wikisource.org/wiki/United_States_patent_1119732
The journey of a thousand miles begins with a single step.
Just using solar DC power to split H20 into HH0 is pretty cool.
I have solar at my place.
What if you can use some of the DC current to create HHO, and then burn it to run a generator?
Water plus baking soda, in the proper amount.
Positive and negative terminals providing current.
Simple.
That's another cool question.
For me, I just love discovering the truth, whatever it may be.
A true engineer can hold honest skepticism while remaining open to new data.
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032b2b No.12987
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032b2b No.12988
Here's the summary on his power transmission and reception US Patent.
What I now claim is—
1. The method hereinbefore described of transmitting electrical energy through the natural media, which consists in producing at a generating-station a very high electrical pressure, causing thereby a propagation or flow of electrical energy, by conduction, through the earth and the air strata, and collecting or receiving at a distant point the electrical energy so propagated or caused to flow.
2. The method herinbefore described of the transmitting electrical pressure, conducting the current caused thereby to earth and to a terminal at an elevation at which the atmosphere serves as a conductor therefor, and collecting the current by a second elevated terminal at a distance from the first.
3. The method hereinbefore described of transmitting electrical energy through the natural media, which consists in producing between the earth and a generator-terminal elevated above the same, at a generating-station, a sufficiently high electromotive force to render elevated air strata conducting, causing thereby a propagation or flow of electrical energy, by conduction, through the air strata, and collecting or receiving at a point distant from the generating-station the electrical energy so propagated or caused to flow.
4. The method hereinbefore described of transmitting electrical energy through the natural media, which consists in producing between the earth and a generator-terminal elevated above the same, at a generating-station, a sufficiently high electromotive force to render the air strata at or near the elevated terminal conducting, causing thereby a propagation or flow of electrical energy, by conduction, through the air strata, and collecting or receiving at a point distant from the generating-station the electrical energy so propagated or caused to flow.
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032b2b No.12989
5. The method hereinbefore described of transmitting electrical energy through the natural media, which consists in producing between the earth and a generator-terminal elevated above the same, at a generating-station, electrical impulses of a sufficiently high electromotive force to render elevated air strata conducting, causing thereby current impulses to pass, by conduction, through the air strata, and collecting or receiving at a point distant from the generating-station, the energy of the current impulses by means of a circuit synchronized with the impulses.
6. The method hereinbefore described of transmitting electrical energy through the natural media, which consists in producing between the earth and a generator-terminal elevated above the same, at a generating-station, electrical impulses of a sufficiently-high electromotive force to render the air strata at or near the elevated terminal conducting, causing thereby current impulses to pass through the air strata, and collecting or receiving at a point distant from the generating-station the energy of the current impulses by means of a circuit synchronized with the impulses.
7. The method hereinbefore described of transmitting electrical energy through the natural media, which consists in producing between the earth and a generator-terminal elevated above the same, at a generating-station, electrical impulses of a wave length so related to the length of the generating circuit or conductor as to produce the maximum potential at the elevated air strata conducting, causing thereby a propagation of electrical impulses through the air strata, and collecting or receiving at a point distant from the generating-station the energy of such impulses by means of a receiving-circuit having a length of conductor similarly related to the wave length of the impulses.
8. The method herinbefore described of transmitting electrical energy through the natural media, which consists in producing between the earth and a generator-terminal elevated above the same, at a generating-station sufficiently high electromotive force to render elevated air strata conducting, causing thereby a propagation or flow of electrical energy through the air strata, by conduction, collecting or receiving the energy so transmitted by means of a receiving-circuit at a point distant from the generating station, using the receiving circuit to energize a secondary circuit, and operating translating devices by means of the energy so obtained in the secondary circuit.
9. The method hereinbefore described of transmitting electrical energy through the natural media, which consists in generating current impulses of relatively low electromotive force at a generating-station, utilizing such impulses to energize the primary of a transformer, generating by means of such primary circuit impulses in a secondary surrounding by the primary and connected to the earth and to an elevated terminal, of sufficiently high electromotive force to render the elevated air strata conducting, causing thereby impulses to be propagated through the air strata, collecting or receiving the energy of such impulses, at a point distant from the generating-station, by means of a receiving-circuit connected to the earth and to an elevated terminal, and utilizing the energy so received to energize a secondary circuit of low potential surrounding the receiving-circuit.
NIKOLA TESLA.
Witnesses:
M. Lawson Dyer,
G. W. Martling.
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7e0267 No.12990
BTW, we are still working and thinking on the Math(s).
Just taking a well earned respite to enjoy a little rest and a fun side quest.
Disclaimer: this post and the subject matter and contents thereof - text, media, or otherwise - do not necessarily reflect the views of the 8kun administration.