![]() While the periodic table in Toca Lab: Elements is accurate, the way new elements are created is not. Toca Lab: Elements is a place for playing and having fun, and with it we hope to inspire kids to explore science. Put on your lab coat and protective eye gear because things are about to get experimental! The time has come, future scientists, to head into the lab to explore and discover. ![]() In Toca Lab: Elements, what does Neon sound like? Is Gold heavy or light? Is Nitrogen squishy or hard? Explore, inspect, and study each one and let us know! Can you find all 118? * Change their voltage and make them magnetic with the oscilloscope.Įach element has it's own personality. * Add a drop or two of mysterious liquids from the test tubes. * Put the element on ice with the cooling agent! * Take your element for a spin in the centrifuge. The project was made possible through cross-disciplinary collaboration structural engineering, architecture, and computer science laboratories contributed to realizing the technologies and the final output.Welcome to Toca Lab: Elements! Explore the colorful and electrifying world of science and meet all 118 of the elements from the periodic table.ĭiscover elements by experimenting with the lab tools! ![]() The final pavilion represents the accumulation and integration of these errors. In this manner, any “errors” introduced throughout the spraying process were integrated into subsequent construction steps. ![]() The results of the work were scanned and analyzed, and an updated digital model was defined and indicated to users for the next layer of the project. The pavilion project, which began with a digitally-defined target model, was constructed on-site by teams of users, who sprayed components by hand. The resulting pavilion utilized a scanning and guiding system to support human users on-site, a material used to extrude components (foam), a handheld “smart” tool to dispense the material, and a geometric form which iteratively optimized through use of a feedback system that integrated human error. ![]() The research and development of the TOCA project sought to utilize the adaptability and creativity of humans, and combine it with the precision and efficiency of machinery. The 2015 Digital Fabrication Lab project, TOCA (Tool Operated Choreographed Architecture) explored the potentials of human-machine collaboration in a manner that expanded on the knowledge acquired in the 2014 STIK Pavilion project. ![]()
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