[math-fun] Time Sensitive. Code Blue?
As Harold Edwards says in "A Normal Form for Elliptic Curves":
Elliptic curves and elliptic functions have been studied ever since Euler’s time, and that study has often been intense, as it is now.
The intensity is not just a function of new developments in computer algebra, but also a consequence of time constraints. We are not only spending time studying time, but also find ourselves in a race /against time/. Fortunately editors at OEIS are working around the clock and around the world. We are happy to report approval of the aforementioned records: A308835, A308836, and A308837, and then to continue on with the next phase of the plan: https://oeis.org/draft/A309008
https://oeis.org/A309008/a309008.png (okay, and with one additional hint)
Sorry if you do not find this fun--sometimes the stress of it all also bothers me, even to the point of psychological breakdown--but if you just have a good scientific attitude, maybe it is possible to survive this crazy world. Unfortunately, sometime yesterday a new and mysterious mission timer was released from Japan, under a QR-code: https://0x0.st/zL-u.txt ( Hint: ArrayPlot[ ToExpression[Map[StringSplit[#, ""] &, StringSplit[Import["https://0x0.st/zL-u.txt"], "\n"]]]] ) I can't say for sure what will follow these events, which are imminent to transpire, but assume the worst. The countdown is already nearing launch time minus thirteen hundred hours. Take all precautions! Seek shelter if necessary! --Brad
* Brad Klee <bradklee@gmail.com> [Jul 06. 2019 17:33]:
[...]
Fortunately editors at OEIS are working around the clock and around the world. We are happy to report approval of the aforementioned records: A308835, A308836, and A308837, and then to continue on with the next phase of the plan:
https://oeis.org/draft/A309008
https://oeis.org/A309008/a309008.png (okay, and with one additional hint)
Things could go faster if you decrypted the current name: The nome q=exp(T_C/T_R)=Sum_{n>=0} a(n)*(x/490)^n follows from the series solutions of 45*(702*x^2+357*x+5)*T+d/dx(x*(6*x+1)*(54*x-5)*(54*x+49)*dT/dx)=0, at x=0. Same would be good for the similar sequences already accepted. I am not asking for super-verbosity (which I hate), but enough text (redundancy if you want to call it that) to make it accessible to the human beings out there. Maybe someone from this list can help. Best regards, jj
[...]
If someone comes up with a better suggestion for nomenclature, I am willing to make more edits; however, as long as we are only arguing about linguistics, we can not get along to other interesting questions--especially about geometry. What are the geometric features of Lanterns in either the Toro or Andon style, and is it possible to approximate these sort of forms using algebraic surfaces of low degree? And wouldn't it be cool if--instead of getting blown to smithereens by a positron riffle--the anime angel Ramiel could avoid the dangers of Tokyo-3, and succeed in the mission to re-populate native species, which were destroyed earlier by the invasive and abusive behaviors of irresponsible human beings? SCENE: Dark skies, somewhere over Ibara in Okayama prefecture. An octahedron floats across the landscape obstructing the view of the stars. A stream flows, but where are the insects? Translation motion ceases, the octahedron begins to rotate along a vertex axis, then complex transforms to have a gigantic square-symmetric cavity, in its midsection. It looks reminiscent of a Toro Lantern. Cut to the pilot, punching keys on the controls. Lots of multi-color heads up displays. Cut back to the landscape, a swarm of glowing green-yellow lights begin to fly out of the center of the science vessel, into the surrounding environs. A man is sitting alone in the woods, but a Genji firefly comes to visit him, lands on his shoulder (scene continues thereafter). . . -- Brad On Sat, Jul 6, 2019 at 10:45 AM Joerg Arndt <arndt@jjj.de> wrote:
Maybe someone from this list can help.
participants (2)
-
Brad Klee -
Joerg Arndt