The 32 Megabyte Microchip Case Study

With the increasing pace of innovations and technology people are trying to add technology into things which are not even required which in turn is just complicates things for individuals . The greater down side to this is that there is no progress due to technology in the greater picture. When technology first came in we thought it help reduce pollution , improve the environment conditions . However that is not the case, global warming is increasing at an accelerated speed rate with the weather being extremely in-stable. The 32 megabytes microchip requires 1.7 kilograms of materials to make it and gives out thousands of potential toxic chemicals while manufacturing.
The problem is that there is a lot of iteration while one designs these technologies.
Frank Fish, a biologist saw bumps along the fins on a statue of a humpback whale and thought it was a mistake but the artist was right, the row of ridges helps the fins to cut through the water. When he added rows of bumps to the turbine blades it increased its efficiency and reduced the drag and noise. A Japanese engineer Eiji Nakatsu saw how a kingfisher dives into the water without splashing any water with the help of its narrow beak. He thus created the Shinkansen bullet train with the same design of a beak , this reduced noise , used less power and enabled higher speed. Tardigrades need water fro live, when outside water they cover their molecular mechanism with proteins , DNA in a sugar, this gave inspiration to a lot of biotech companies and their vaccines lasted as long as six months without refrigerating. Certain spiders weave their webs with a special silk rope in such a way that Ultra Violet rays are reflected, and thus birds can see these obstacles and avoid accidents. German engineers at Arnold Glas