Sub- and Supra-Second Duration Perception of Implied Motion: Differences Between Athletes and Non-Athletes

Area of Science:

• Cognitive psychology
• Sports science
• Perception research

Background:

• Time perception is crucial for athletic performance.
• Understanding how physical training influences temporal processing is important.
• Previous research has not fully explored duration perception in athletes using implied motion.

Purpose of the Study:

• To compare duration perception between athletes and non-athletes.
• To investigate the effect of implied motion on time perception.
• To examine time perception across sub- and supra-second ranges.

Main Methods:

• Temporal bisection method used.
• Participants included 20 college student athletes and 20 non-athletes.
• Stimuli included implied motion (running, walking) and static postures.

Main Results:

• Movement postures significantly increased perceived duration compared to static postures.
• Athletes demonstrated longer duration perception in the supra-second range than non-athletes.
• Long-term training appears to enhance temporal perception abilities.

Conclusions:

• Physical training influences cognitive mechanisms of time perception.
• Athletes exhibit enhanced supra-second duration perception.
• Implied motion is a significant factor in perceived time duration.