The 'Brainy Bike Lights' are More Noticeable Than Generic Lights
Rahul Kalvapalle — April 11, 2014 — Tech
References: brainybikelights & gizmag
Brainy Bike Lights are bicycle head and tail lights which feature an LED cyclist-shaped symbol instead of the usual row of generic shaped bulbs. The lights are the result of research conducted at the University of Oxford that showed that the human brain notices familiar symbols faster than generically shaped lights.
The researchers conducted tests that showed people were able to identify and respond to Brainy Bike Lights 100 milliseconds faster than generic bike lights. They were also more likely to figure out that the lights were bike lights as opposed to other bike lights.
While 100 milliseconds may seem like an insignificant period of time, it amounts to a distance of 1.34 meters for a car traveling at 30 mph. This essentially means that installing the Brainy Bike Lights could turn out to be a life-and-death decision.
The researchers conducted tests that showed people were able to identify and respond to Brainy Bike Lights 100 milliseconds faster than generic bike lights. They were also more likely to figure out that the lights were bike lights as opposed to other bike lights.
While 100 milliseconds may seem like an insignificant period of time, it amounts to a distance of 1.34 meters for a car traveling at 30 mph. This essentially means that installing the Brainy Bike Lights could turn out to be a life-and-death decision.
Trend Themes
1. Symbolic Bike Lights - Creating bicycle lights with LED symbols that are more noticeable than generic lights.
2. Cognitive Recognition Lights - Designing bike lights based on research about how the human brain responds faster to familiar symbols.
3. Safety-focused Bike Accessories - Developing innovative bike accessories that can contribute to saving lives on the road.
Industry Implications
1. Cycling Equipment - Opportunity for bike light manufacturers to create symbolic lights that enhance cyclist safety and visibility.
2. Research and Development - For scientific institutions to explore cognitive recognition and design applications, such as bike lights, for practical use.
3. Transportation Safety - Potential for industries focused on road safety to incorporate cognitive recognition principles into their products and solutions.
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