
According to an interesting research
study from Northumbrian University, deceiving the athlete brain can lead to some improvements in athletic performance. In
a study done at the university, cyclists were asked to race against an avatar (a
virtual cyclist figure), which they thought was moving at the personal best pace
of each cyclist, except they were actually cycling one percent
faster. The cyclists, who could see their own performance on the virtual course
alongside the avatar, were not only able to match their opponent, they were actually going faster. This lead to a two percent
increase in power which may seem insignificant but not when that could be the
difference between gold and not even getting on the podium.
Due to the improved performance in this study, some questions were raised out:
- What are the limiting factors on how fast a person can go in an athletic event?
- Which fatigues first – the body or the brain?
- How much competition can affect the athlete’s speed?
- Does the brain conserve the body’s limited fuel resources?

Results from the experiment
showed that deception can indeed lead to improved performance when the cyclists were told
that the avatar was going the same speed as their personal best. But if they
thought the avatar was already going faster than they had ever gone, the cyclists
had a tendency to give up faster.
The “belief system” of the
athlete plays a role, within limits, and if the athlete thinks a certain
performance is possible, they can draw on the energy reserves that the brain is
programmed to hold back.
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Reference
Northumbria University (2011, October 17). Pushing the limits of performance. ScienceDaily. Retrieved February 15, 2012, from http://www.sciencedaily.com /releases/2011/10/111017075514.htm
Original Research
Stone, Mark R.; Thomas, Kevin; Wilkinson, Michael; Jones, Andrew M.; Gibson, Alan St Clair; Thompson, Kevin G. Effects of Deception on Exercise Performance: Implications for Determinants of Fatigue in Humans. (2011). Medicine & Science in Sports & Exercise: POST ACCEPTANCE, 19 August 2011. doi: 10.1249/MSS.0b013e318232cf77. Retrieved February 15, 2012 from http://journals.lww.com/acsm-msse/Abstract/publishahead/Effects_of_Deception_on_Exercise_Performance_.98845.aspx
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