AIS – Advanced interconnected strings

ADVANCED INTERCONNECTED STRINGS

ADVANCED INTERCONNECTED STRINGS

 Advanced interconnected strings

This research project had interrogated the states of connectivity through space and the formation of space through sets of patterns which repeat like in a DNA structure. The analysis consisted of developing formations and groups of materials such as columns that can support each other in an assembly. The result came after experimenting with different sets of algorithms, but the most important function was the angle of these connections.

We’ve discovered that a set of 14 strings, connected to each other create spatial formations that can be multiplied in every dimension to the extent of infinite. The results are amazing.

We’ve created social formations for homes and cities and cities within cities that can work vertically and horizontally without the need for extra structural support, or to the extent where the structural support can be maintained at minimum.

The algorithm it is manufactured to accommodate any shape. We’ve experienced with the formation of a human body we achieved it.

The spaces which are created inside the formations are useful for developing external factors like power cords and other structural support.

advanced-interconnected-strings
AIS – DNA – side view

The strings are useful for property development and robotics.

We’ve researched a flat pack model of a house that worked perfectly in 4 module formation, but due to computation limitation, we cannot render the human body or a bigger assembly of the AIS.

Further research is needed and we are welcoming private funding. We are based in the City of London , 1st Floor, 1 E Poultry Ave, London EC1A 9PT.

For further information please call 0203 475 8995 and ask for Andrei Toma.