The Microchip

Image Of A Modern Day Microchip
(Courtesy: thereelnetwork.net)

PBS Article: History Of The Microchip

The link above directs you to PBS.org where readers can learn about the history of the microchip.

The microchip, an invention that has spurred so many others that it can be considered a building block for most future technologies. Most commonly, it serves to be used as a personal computing device. Due to Moore's law, microchip technology is advancing, reaching greater computing power at cheaper costs. Due to this defined law, the average smartphone in 2016 has more computing power than Apollo 11 in 1969 when it ventured to the moon, says Time magazine. As described in a 2012 NASA post, "smartphones have more than 100 times the computing power of the average satellite, with fast processors, high resolution cameras, GPS receivers and several radios and sensors built in". With such vast capabilities and advanced technology, the power to create increases exponentially.

The reality, however, is that the average smartphone owner will not use their phone to develop anything useful, but remain a consumer only to download applications or send text messages. For those who have contributed to the advancement of society with life improving products or services, the world thanks you and hopes to see more inspiring people like yourself.

Stengel, Richard. "Making Sense of Our Wireless World." Time. Time Inc., 27 Aug. 2012. Web. 16 Apr. 2016. 

Yost, Bruce. "This Week @ NASA, November 23, 2012." NASA. National Aeronautics and Space Administration, 23 Nov. 2012. Web. 16 Apr. 2016.

Paper Airplanes & Flight

(Courtesy: Matt Chang)

Tuesday's class involving paper airplanes was a great learning experience. It bridged the gap between 2D material and 3D models. It was curiosity that lead man to reach new heights and discover flight. Pioneers in China around 400 B.C., discovered the earliest form of flight with the invention of the kite (Shaw, 2014). Since this event, many other innovators and inventors went on to create their own flying mechanisms bringing them closer to the modern invention of the airbus. Most notably are Leonardo da Vinci, The Wright Brothers, and Alberto Santos-Dumont (JACO, 2016).

Before class it was each student's responsibility to act as innovators and inventors, using previous paper airplane designs to craft our very own models. There were no restrictions to what a student could craft, leaving creativity as well as imagination unhindered. Personally, it was a far greater outcome without the existence of guidelines or a criterium. As for my model, I searched many sources which had claimed to feature the best design, however, I ended up testing the few that I thought to be promising but reverted to a model that had worked for me in the past. Many of the other  models caught my attention with colorful and rounded designs.

The competition between the class revealed that some had the most creative, shortest, longest, and most aerodynamic designs. I personally liked moving out to the parking garage giving each student the chance to demonstrate how aerodynamic their paper plane was. During this event, it was Joey and Dozer's airplanes that impressed me the most. Their models had been crafted in a way such that the wind carried them a great distance with little to no resistance. My plane on the other hand did not do so well outside despite winning the longest distance indoors. Overall, this was a powerful activity that brought out creativity and competition amongst myself and the other students.

Shaw, Robert J., Dr. "History of Flight." History of Flight. NASA, 12 June 2014. Web. 15 Feb. 2016

JACO Aerospace. "History of Aviation: Aircrafts Through Time. " www.e-aircraftsupply.com. Jaco Aerospace, n.d. Web. 15 Feb. 2016.