levitation waterfall drives: ISS and Bridges

waterfall flying car drive concept

By Henryk Szubinski
.the waterfall theory in space orbits



can the ISS station simulate a bridge construct for curvature extensions of positive resultances on experiements of the TUBES used for the sections on the positive side of being LINKED by basic PIORS as the common definition of the LINK that many astronauts talk about when returning to Earth and the feeling of symbiosis in space and weightlessness

basically the after work is here presented as the option for a sum value of involvancies and their basic indications of a drop angle in which 2 objects share the same fall vector by a force of attractiuon that works in outer space so that any 2 objects from space and on earth will fall back to the same position

This is a basic waterfall law in which the basis of any multiple level of a BRIDGE type development can be simulated in small flying cars and give them the anti gravity boost for anti gravity resultances which follows on from the next 4 pages of work.

the concept above is made to give a consideration for a interesting concept and the behaviours of the swing angles of a type bridge as is on Earth and the basics of a rotated bucket of water and why the water stays weightless and can be simulated in weightless environements in orbit by any type short BRIDGE LINK.

the resultance of data and the H2O basis of types 1,2,3 technologies by making observations on the uncertainty of the bridge surface being in a specific curvature on a high warp value or a low one as the representations of the size and its related scale representations in what is known as a positive type space pioneering and astrophysics basis of the relations of H2O and the flow beneath the bridge by flow of basic tubularity made on a video recorder to indicate any types of efficency or economical models for the H2O productions and the basic vector diagramms that would result in the types of motion surfaces specified to be in a solid state stability on Earth while the H2O flows in a non stationary relation
So what would the basics of the surfaces being a multiple related stable or in motion format of related comparable values and their basics of the motion of the turbulence in simulated types of relations with the flow of H2O (f) as well as the basics of the motion in H2O immersed monitors siuch as fluid colourings for flow vector dynamics as well as any type of motion by the usage of a object in flow as a monitor

Basically any type of motion influence on the ISS would define its motion as a type solar sail as the inversed relations with spacetime

A bridge is a structure built to span physical obstacles such as a body of water, valley, or road, for the purpose of providing passage over the obstacle. Designs of bridges vary depending on the function of the bridge, the nature of the terrain where the bridge is constructed, the material used to make it and the funds available to build it.

basically the top angle solid to fluid will drop into a base angle relation with solid to fluid values so that the equalisation will = a non gravity relative LIFTABILITY by the usage of rotations in the mid opening in fased pulse into and outof solid to fluid faseing


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