analysing the dimensions , materials and appearances
i found a coincidence or rule of the hights . each arch is higher than the other by doubling it's own hight and adding 10 meters more.. so i got to the 230 m hight of the next arch
by looking into the proportion of the arches and their holes.. i got to the idea of making more holes in the new arch
here are some shapes that i analyzed and by combining the information that i had i got to the idea of having the prismatic shape that is common in all the existing arches . then .. by looking back into the holes idea i was thinking to reverse the hole with the built part of the arch and by this getting a lighter building but still keeping the idea of arch. so i created this cells that are actually fixed in a network . the cells are spaces of the building and the thicknesses of the cell branches express also different functions..( as elevators, stairs, or just simple waterpipes)
on the upper part it will be like a viewing platform
still in process
These solar trackers are able to change their positions on two axis therefore they get as much solar energy as possible. As for their design one possibility would be to make them somehow be a part of this "multiplication of events". Another goal would be to "redo" the route of the sunbeam as it's reflecting from one panel/mirroring facade to another during the night, in this way moving the point of interest in this side of the Arch.
Further development consists in scripting the exact track of the sunbeam from one panel/mirroring facade to another and succeeding getting the image on the other side of the Arch by finding the exact position of the extra mirroring surfaces (solar panels) - their rotation according to the sun position and next point of reflection.
