Our youngsters are, once again, back at their studies furthering their education. This summer was filled with electronic inventions including smart phones and many I-products, all of which are well used and easily understood by these young minds. What else are they going to learn!? Perhaps they have something to teach us..If we're listening!
--------------------------------

He wondered if the pattern had anything to do with how tree-leaves collected sunlight, as sun is the key to the tree's survival. He did some research and came up with an interesting discovery.
-----------------------------------


Dwyer constructed a tree with branches of "leaf solar panels" using this formula and begin measuring the sunlight with meters from October to December when the sun was at it's lowest. Comparing his findings with that of a typical flat "Man-made solar-system", he arranged his "leaf" panels in this spiral pattern and found his tree design increased efficiency from 20-50%. Shade and bad weather did not affect the tree-design efficiency as it did to the "Flat-array" design. The tree design would take less room and would be able to work in urban areas where the sunlight would be hard to find! Googling "FIBONACCI" reveals some very interesting facts! Flowers have specific numbers of petals ..The Nautilus Shell uses the Fibonacci formula.......

As a result of this project, the American Museum of Natural History has bestowed Adan Dwyers with a Young Naturalist Award. Perhaps, Mother Nature is still trying to tell us some of her secrets.. through a 13-yr old..If we're listening!!
An Award! This kid should be offered a job! Wow, what a smartie. Cool story. I’ll have to show this to Kelly & maybe she’ll get a idea for the science fair next year.
ReplyDeleteFunny you might think that! I, also, thought of Kelly and her projects. Go for it! We need some solar trees..
ReplyDeleteI wish this kid was in my class...
ReplyDelete