The Motionless Runner

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In summary, the conversation discusses the concept of motion and how it is impossible to reach a certain distance in a finite time due to the infinite divisibility of space. The idea is that in order to reach a certain point, one must first reach an infinite number of midpoints in a finite amount of time, which is impossible. However, there is a counterargument that time is also involved in this concept and that an infinite series can actually sum to a finite number.
  • #1
repugno
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A runner wants to run a certain distance - let us say 100 meters - in a finite time. But to reach the 100-meter mark, the runner must first reach the 50-meter mark, and to reach that, the runner must first run 25 meters. But to do that, he or she must first run 12.5 meters.

Since space is infinitely divisible, we can repeat these 'requirements' forever. Thus the runner has to reach an infinite number of 'midpoints' in a finite time. This is impossible, so the runner can never reach his goal. In general, anyone who wants to move from one point to another must meet these requirements, and so motion is impossible, and what we perceive as motion is merely an illusion.


Motion is impossible; doesn’t this just defy all logic? I think it’s a hoax.
 
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  • #2
Zeno already did this. What he and you are forgetting is that time is involved, not just distance.
 
  • #3
And, if I understand correctly, that an infinite series can sum to a finite number.
 

What is "The Motionless Runner"?

"The Motionless Runner" is a scientific experiment that involves a treadmill and a person running on it while remaining in the same position. It is used to study the effects of motion on the human body and to better understand biomechanics.

What is the purpose of "The Motionless Runner" experiment?

The purpose of this experiment is to understand how the human body responds to motion and how it maintains balance and stability while running. It can also help researchers improve athletic performance and prevent injuries.

How does "The Motionless Runner" experiment work?

The experiment involves a treadmill that is set to a specific speed and a person running on it while remaining in the same position. The motion of the treadmill creates a moving platform for the runner, allowing them to run in place while their body experiences the effects of running.

What are the potential benefits of "The Motionless Runner" experiment?

The experiment can help researchers understand how the human body adapts to motion and develop strategies to improve athletic performance and prevent injuries. It can also provide insights into the mechanics of running and help develop better training techniques and equipment.

What are the limitations of "The Motionless Runner" experiment?

Since the experiment involves running in place, it may not fully replicate the experience of running on a solid surface. It also does not take into account other factors such as terrain and weather conditions that could affect running performance. Additionally, the results may vary depending on the individual's fitness level and running form.

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