Hadron collider - Assignment Example

Hadron collider and its dangers The Large Hadron collider (LHC) is an atom accelerator situated at the France/Switzerlandboundary (Datta, Mukhopadhyaya and Raychaudhuri 160). It has been labeled as the biggest, most costly and powerful device ever created. All other element colliders previously built have been degraded in terms of both power and magnitude. The LHC is a collider that was recently finished in Switzerland Geneva, as a project by the organization CERN (Campanelli, Clark and Wu 141).

Researchers from CERN built the device in anticipation of gaining knowledge concerning things particle collisions can provide, such as the origin of the cosmos (Bostrom 347). The research carried out by the organization assesses the likelihood of hazardous experiences in the context of the present assumptions laid out by physicists (Beech 190). However, the theories are not complete, creating a possibility of unforeseen occurrences. The present knowledge and theories man has about physics cannot predict the side effects of the LHC on the planet (Halpern 47).

As a result, several authors have analyzed and discussed dangers that might occur from the use of the LHC on planet Earth. Studies from CERN have accepted the rule that the collisions of particles in the LHC will generate elements with velocities far much less than those generated by cosmic rays (Erdmann and Müller 65). This implies that the cosmic ray trial cannot firmly be applied to the LHC. As a result, the planet might easily capture some of the unanticipated heavy particles. This idea has driven other researchers and writers to form ground for studies on the possibility of risks from the use of the LHC (Evans 214).

The formation of black holes is the main concern that string theorists are worried will occur with they use of the LHC. Mini black holes have been predicted to form due to the collision of the particles, and are able to swallow up the earth. Strangelets are another potential collider product from the use of the LHC (Steiger and Uhl 13). Strangelets could speed up the conversion of ordinary matter into more strangelets. As a result, the Earth might into a small sphere of strangelets. Safety factors might also be compromised.

Certain theorists believe that the black holes likely to form might dissolve through hawking emission (ACS and CSA 111). This forms a danger in the use of the LHC since the collection of strangelets must be electrically constructive on its surface. If not, physicists consider the possibility of the non-fading of micro black holes (Lincoln 21). Another danger feared to occur is the threat of putting the LHC disproportionately in use. This angle of operation will prevail over anything science could achieve from this experimentation.

Works citedAmerican Chemical Society and Chemical Abstracts Service. Chemical abstracts, Volume 139, Issues 285270-300936. New York: American Chemical Society, 2003Beech, Martin. The Large Hadron Collider: Unraveling the Mysteries of the Universe. Los Angeles: Springer, 2010Bostrom, Nick. Global catastrophic risks. Oxford: Oxford University Press, 2008Campanelli, Mario, Clark, Allan and Wu, Xin. Hadron Collider Physics 2005: proceedings of the 1st Hadron Collider Physics Symposium, Les Diablerets, Switzerland, July 4-9, 2005.

Los Angeles: Springer, 2010 Datta, Amitava, Mukhopadhyaya, B. and Raychaudhuri, A. Physics at the Large Hadron Collider. Los Angeles: Springer, 2010Erdmann, Martin and Müller, Thomas. Hadron collider physics 2002: proceedings of the 14th Topical Conference on Hadron Collider Physics, Karlsruhe, Germany, September 29- October 4, 2002. Los Angeles: Springer, 2010Evans, Lyndon. The Large Hadron Collider: a marvel of technology. California: EPFL Press, 2009Halpern, Paul. Collider: The Search for the Worlds Smallest Particles.

London: John Wiley and Sons, 2010Lincoln, Don. The quantum frontier: the large hadron collider. Boston: JHU Press, 2009Steiger, Hans-Jakob and Uhl, Eberhard. Risk control and quality management in neurosurgery. Los Angeles: Springer, 2010