Check out "The MOAT Mini Pack of Marching Bands" here: https://www.ephesusscroll.com/about/interest4.html. US$5 gets you 7 Marching Bands which, hard enough on their own, now contain metas too. And once again there's a mega-meta!
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Leaderboard (updated hourly)
Tom Wilson solved 2023-08-29T12:36:49.602Z
Meg solved 2023-08-29T13:32:08.708Z
Hector solved 2023-08-29T13:36:11.560Z
MatthewL solved 2023-08-29T16:21:31.038Z
merlinnimue solved 2023-08-29T16:21:32.562Z
boharr solved 2023-08-29T16:41:34.525Z
HeadinHome solved 2023-08-29T20:09:42.200Z
kurtalert solved 2023-08-29T20:44:52.210Z
whimsy solved 2023-08-29T23:22:19.016Z
Philip Chow solved 2023-08-29T23:56:04.491Z
Jim23809 solved 2023-08-30T04:05:38.787Z
CPJohnson solved 2023-08-30T20:31:29.867Z
THC solved 2023-09-03T02:44:40.727Z
Spid4567 solved 2023-09-03T21:24:50.413Z
Comments
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Tom Wilson 🤓10:32 · 2023-08-29T12:38:36.399Z
You continue to dazzle, day after day and week after week. Thank you for another winner!
Thanks so much,. And there are lot's more to come! :-D
Hector 3s · 2023-08-29T13:42:06.953Z
I took the advice to do Unchallenged to up the meta difficulty. Dunno if that really happens, because of the helpful prompt, but I'm kinda glad I didn't have to read those backwards clues with my morning bleary eyes!
Hector 3s · 2023-08-29T14:47:50.509Z
My memory from some years ago is that despite "macro-level" obvious physical differences between "going backwards" vs forwards in time (puddles of milk never leap up into glasses going forwards, but they do going backwards), the fundamental physical laws (Newtonian, relativistic, and even quantum) are symmetrical. So if you played the movie of the spilled milk in reverse and plugged in the positions and apparent (backwards) velocities of the particles into the laws of motion, you would correctly predict that the milk would leap up into the glass. It's just that the positions and (forwards) velocities of particles in milk puddles are never in fact like that, maybe because at the big-bang end of time the universe is in such an "orderly" (unmessy, low-entropy) state that statistically it's only downhill from there in terms of orderliness---any given random low-entropy state is almost always headed, by fundamental laws, towards higher-entropy ones; things rarely clean themselves up. Never fully understood that part of it, but that's what's supposed to explain things like why we don't remember the future and can't manipulate the past -- why there's an "arrow of time" in macroscopic nature and human experience. But when last I paid attention, there seemed to be an exception at the fundamental level to do with the weak nuclear force, which would let you tell backwards from forwards movies if you looked closely enough.
HeadinHome 🤓6:27 · 2023-08-29T20:13:08.479Z
Hector, Hector. Speak English, man.
whimsy 🤓7:34 · 2023-08-29T23:29:44.854Z
merlinnimue 🤓2:57 · 2023-08-29T16:23:50.452Z
yeah i wouldve needed a much much much much longer arrow of time to figure this one out
thanks for another great puzzle, still wishing i can one day figure out how you geniuses do what you do
HeadinHome 🤓6:27 · 2023-08-29T20:11:25.699Z
Wow this had to be harder to construct than to solve! I’m amazed. At first I thought we’d be using “time and tide …” since I had both circled, but the real answer soon emerged. Brilliant!
OK -- doing this one after the other was more of a memory challenge. But I did appreciate the new clues and entries that were necessary in the SW.
And I realize why this one was dubbed as harder meta-wise. Particularly nice to have that LEVER front and center with this version. A fantastic duo, Ben!