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brainbox:young-scientists:win-nobel-prize [21/12/2016/ 16:27] (current)
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 +====== SOLVE THIS PROBLEM & WIN A NOBEL PRIZE ======
 +=== Students learn: ===
 +^Curriculum  ^Learning Activities          ^
 +|SCIENCE     |Identify scientific principles required to solve challenge|
 +|TECHNOLOGY  |Record and estimate timing data|
 +|ART         |Blended multimedia elements |
 +|ENGINEERING |Design, build and test machine(s)   |
 +|MATHEMATICS |Use comparative data find and define a time-line|
 +
 +Are you interested in science but tired of the 'same-old, same-old? Then why not try something more challenging:
 +
 +{{ youtube>A9tKncAdlHQ?640x360 |Jim Al-Khalili - Double slit experiment }}
 +
 +** Video 1. Looking for something new to do? Solve this problem to win a Nobel Prize?**
 +  * IF UNABLE TO ACCESS YOUTUBE VIDEO (requires Flash) TRY:[[http://viewpure.com/A9tKncAdlHQ|Jim Al-Khalili - Double slit experiment]]
 +
 +----
 +
 +If you want to **try something simpler first**, then how about finding out just how much does light weigh: https://www.youtube.com/watch?v=Do1lm9IevYE
 +  * How much does a shadow weigh?
 +  * Do you weigh more when the lights are on?
 +
 +{{ youtube>Do1lm9IevYE?640x360 |How much does a shadow weigh }}
 +
 +** Video 2. How much does a shadow weigh**
 +  * IF UNABLE TO ACCESS YOUTUBE VIDEO (requires Flash) TRY:[[http://viewpure.com/Do1lm9IevYE|How much does a shadow weigh]]
 +
 +----
 +
 +{{ youtube>WIyTZDHuarQ?640x360 |Quantum mechanics, pilot waves & walking droplets }}
 +
 +** Video 3. Quantum mechanics, pilot waves & walking droplets**
 +  * IF UNABLE TO ACCESS YOUTUBE VIDEO (requires Flash) TRY:[[http://viewpure.com/
 +WIyTZDHuarQ|Quantum mechanics, pilot waves & walking droplets]]
  
 
 
brainbox/young-scientists/win-nobel-prize.txt ยท Last modified: 21/12/2016/ 16:27 (external edit)