This structure has been extremely popular with the visitors to the Museum. Although considered a work of sculpture, known as Peter Pearce's Diamond Sculpture, it has always been the intention of the Museum that children be able to access the structure. The Hakone Museum installation is largest single Curved Space Structure ever built. This structure was replaced and revised first in 1994 and then again in 2011. This amazing outdoor sculpture museum has had a Curved Space in its collection since 1978, when it was first installed. One of the most important venues where a Curved Space Structure can still be found is the Hakone Open Air Museum in Japan. Unfortunately about 10 years later the museum was redesigned and the Curved Space installation was removed. There were three distinct structures that were installed at that museum in Brooklyn, New York, in August 1975. This was the first public display of the Curved Space and served as a test assembly prior to the first permanent installation at the Brooklyn Children's Museum. In June 1975 a Curved Space Structure was exhibited as part of the International Design Conference at Aspen, Colorado. There is no specific reference to Einstein's use of this term, although it certainly is implied. The name Curved Space was adopted as way of characterizing the spatial experience of engaging with these remarkable structures. Not only that, the details of the construction methods of this structural assembly reveal a panoply of natural patterns including curved and minimal surfaces, tessellations, polygonal geometries, and applications of material science and technology. In a very special way, the Curved Space Structure represents a 16 billion times enlargement of the diamond crystal, enabling children, and adults, to have an immersive experience with its spatial geometry. Nature universally manifests a principle of least energy where form can be considered a diagram of forces. This study was pursued with the aim of understanding the unity of formative principles exhibited by natural structure through spatial geometry. Supposing that there is no curvature with an angle of 90° or more, we can assign to each point of the green sheet one point on the blue sheet, so that we get flat coordinates.The Curved Space Structure, designed by Peter Jon Pearce, is derived from a comprehensive study of structure in nature, with a special interest in the geometry of atomic assemblies in crystals and patterns found in biomorphic form. We represent this zone by a sort of stamped plastic sheet (the blue sheet), and we place it upon the green flat sheet of paper. Gravitation acts all over the universe, but we consider only a zone on the border of which curvature is infinitesimally small because of the absence of mass near the border. Lets start with an isolated group of mass objects. I tried here a little proof of the possibility to reduce any curved space to flat space (for simplification I consider 2D space instead of 3D space, but it might also work for 3D space): Is the Wikipedia article "curved space" talking about curved space or about curved spacetime? As far as I know gravity is curving spacetime, not space. Gravity is often visualized as curved space. Curved spaces play an essential role in General Relativity where
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