Thanks Baker! This bread is delicious. Here's the customary blessing for our new loaf.
catalog of values sorry lads, I'm out in the field so doing math challenge sneaking in when I can till I get home.
Oh, don't worry. If summoned, he will return with many amemes.
I'll go to ez bake and ask him to visit us.
I'm gonna post all the VQC maps in a bit. Then you guys can see who we're working with. VQC is the man, and he's way out there too. Who we gonna ban?
Lads, think about the challenge we've undertaken at VQC's request. WHEN we solve this, we can make a major contribution to POTUS and our world. Using math. Let's go, Faggots!! Spirits Up!! Christmas is here, let's solve this. We can help with a gift for Christmas.
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โโโ-Freedom.
Thanks Teach! Merry Christmas! "When the infinite became the finite." Season 1:God Makes Mary Pregnant, via energy beams using incredibly complex math. Stay tuned. Lol, I totally have faith guys. But it's good to laugh at yourself too, Jesus is the man. Merry Christmas, again.
Yeah, they do. Jesus and his teachings are beautiful. BC they love evil and serve it, they hate him. Our spiritual and biological and mental evolution has outgrown them. Jesus is a symphony of love and truth. Religion, different story. I always go to the source document.
Yah yah, source documents, etc. just saying, it's Christmas. Love this powerful story. Just like Tolkien.
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Freedom.
Hello MA! Thanks a super interesting approach. The graphical output all shows patterns of primed flowing from the axis.
Hello Anons! I'm still working too, let's keep going! TBH I've been having trouble keeping up, (with PMA that glorious faggot, lol) but I'm still looking at (e,1) and (0,n). Thanks Topol for the encouragement! I'm seeing patterns everywhere, I keep thinking about VQC's crumb: "how do we USE the row and column to get what we want?" Seems like the c^2 approach is helping us find related c, cc, aa, bb much further on in the record, with much larger c. I'm still analyzing patterns in row one, and working from c to derive all vars. One question I do have is this: are there multiple answers for a given c? Like, different small and big squares that still equal c? Also, where's Teach? He must be cooking something up.
Thanks for the clarification! So if the factors of c are prime, pretty much there's only one answer. If there are compound factors of c, there could be multiple correct answers for the diff of squares. Just thinking aloud over here. I'll keep working.
Interesting MA! TBH, t is derived from x, so we could do without it, or just rework any equation using t to flow from x instead.
This could work too. If we can find a way to make t relevant to increasing n values. Or, maybe t helps us with factors in row 1, and then m or cc as B.B. helps us in column one, and where the two meet (e,n) is our spot?
And we already know e, (and factors of a for that e column)so the c^2 cc aa bb records help us navigate down to the proper n level? Thinking out loud here.
Seconded! Canโt stump the Trump, canโt topple the Topol.
Unintentional. Just loving that prime rainbow. My bad, lol! Thanks Topol!