Deakin Communicating Science 2016

EES 200/101

Economics of large experiments part 1: CERN, nuclear research and technologies

 

lhcLarge hadron collider, http://home.cern/

 

atlas

Higgs candidate image, home.cern

 

Large experiments such as the ones conducted by CERN (European nuclear research) , cost a lot of money to the public, the research done and the discoveries found can be so abstract that people do not understand the use of them and question whether they should be funding this. However these experiments produce a variety of technologies that we use a lot.

 

 

In the past nuclear research has generated technological advancements in the fields of:  human health, nuclear energy, archeology with carbon dating, food, mining and many more.  Some of the fields in which the LHC in particular has advanced technologies are:  radiation, solar power panels and computer grids, whilst CERN in general is more famous for the invention of the Word Wide Web in 1989. (cern, 2016)

solar_panels-236x300

solar panels Valencia using cern technology, (reuters, 2013)

Solar power and radiation technologies have already been effectively implemented in the “real world”, with installations of solar panels based on LHC technology in Geneva international airport and a British company which aims to “acquire a CERN spin-off business developing new forms of radiotherapy to fight tumors “ (reuters, 2013).

 

 

 

 

The computer grid, “Known as the Worldwide Grid,  would give users access to the computing power of all the machines connected to a network no matter where they are in the world.” (Gray, 2013)

cern grid

Higgs candidate image, home.cern

Much like the World Wide Web, the new computer grid technology will aid in information exchange. (cern, 2016)

The economic benefits of these experiments are clearly very large, by modernizing a country.

 

 

 

 

Bibliography

 

Brulle, S. M. (2013, 5 29). Spinning particles and spin-offs. Retrieved 04 15, 2016, from horizon-magazine: http://horizon-magazine.eu/article/spinning-particles-and-spin-offs_en.html

cern. (2016). cern. Retrieved 5 1, 2016, from http://home.cern/

cern. (2016). large hadron collider. Retrieved 05 01, 2016, from Cern: http://home.cern/topics/large-hadron-collider

forbes . (2012, 07 05). how much does it cost to find the higgs boson . Retrieved 05 01, 2016, from forbes.com: http://www.forbes.com/sites/alexknapp/2012/07/05/how-much-does-it-cost-to-find-a-higgs-boson/#2d2b482064f0

Gray, R. (2013, 8 14). How CERN’s Grid may place the power of the world’s computers in your hands. Retrieved 05 1, 2016, from telegraph: http://www.telegraph.co.uk/technology/news/10242837/How-CERNs-Grid-may-place-the-power-of-the-worlds-computers-in-your-hands.html

reuters. (2013, 4 24). UK firm buys cancer-zapping spin-off from CERN collider. Retrieved 4 15, 2016, from reuters.com: http://uk.reuters.com/article/uk-cancer-cern-advancedoncotherapy-idUKBRE93N0BQ20130424

Symmetry Magazine. (2012, 03 16). CERN spin-off: More efficient solar panels. Retrieved 4 15, 2016, from Symmetry Magazine: http://www.symmetrymagazine.org/breaking/2012/03/16/cern-spin-off-more-efficient-solar-panels

 

 

    

 

 

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This entry was posted on April 22, 2016 by in Burwood - Friday 11am, Uncategorized.

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