So grab your tinfoil hats, as it's time to investigate further.
No tinfoil needed to observe what simply *is* (then again, it's a weird little world out there):
• The "stand-out" shape is a reverse L, a reversal in the language of Punish.
• image date: Nov 4, 2001 -- 54 "Dan" [דן] days after 911, Day 55 ("Dan" = 54 and means judge; and "55 Saves Lives" is in the cultural memory pool of things that should not have been. People just don't want to slow down to take it EZ.)
• The final form of the Hebrew letter chaf looks like this:
Arial -- ך
Times New Roman --ך
• The shape of a ך is an "L" rotated 180°. It is located on the "L" key on English keyboards. The extended numeric value of a ך is 500.
• L = 50 in Roman Numerals, and Mars is the Roman god of war; the reverse of 50 is 5 and the reverse of 500 is 5.
• As for the long side of the "L" -- "The square structure is estimated to measure 235metres on each side, approximately 770ft, according to AI Calculations, CAclubindia reported." (Link)
It's all in the timing. Ask a comedian.
These values are noteworthy in Jewish circles because
1. 770 is the address of Chabad headquarters, and the coordinating 770 gematria is "Beis Moshiach" [בית משיח], House of the Messiah.
2. 235 is the number of lunations in a Metonic cycle of ~ 19 solar years. Or, why the Jewish calendar [of lunar months] adds 7 months over the span of 19 solar years, to keep in alignment with the Sun/agricultural seasons.
***
On a more personal note (EZ🗝️L), because it's all very simple:
The Allen key ["מפתח אלן"] is the "El-nun" key. It = 609, a strobogrammatic number, "rotationally symmetric, so that it appears the same when rotated 180 degrees") --
A hex key (also, hex wrench, Allen key and Allen wrench, Unbrako or Inbus) is a simple driver for bolts or screws that have heads with internal hexagonal recesses (sockets).
Hex keys are formed from a single piece of hard hexagonal steel rod, having blunt ends that fit snugly into similarly shaped screw sockets. The rods are bent to 90º, forming two arms of unequal length resembling an "L". The tool is usually held and twisted by its long arm, creating a relatively large torque at the tip of the short arm; it can also be held by its short arm to access screws in difficult-to-reach locations and to turn screws faster at the expense of torque.[1]
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Some features of hex keys are:
• The tool is simple, small and light.
• The contact surfaces of the screw or bolt are protected from external damage.
• There are six contact surfaces between bolt and driver.
• Very small bolt heads can be accommodated.
• The tool allows the use of headless and recessed-head screws.
• The screw can be held by the key while it is inserted into its hole.
• The torque applied to the screw is constrained by the length and thickness of the key.
• The tool is cheap to manufacture, so it can be included with products requiring end-user assembly.
• Either end of the tool can be used to take advantage of reach or torque.
• The tool can be reconditioned by grinding off the worn-out end.
I'm heavily invested in these sorts of details, because a Sol is a Mars Day:
And as everybody knows, Ezekiel's Temple is too big for the Temple Mount. ❤️😉❤️