RD Thought Experement (wikiversity article)

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In summary, the conversation discusses a thought experiment about the path of a photon and the law of increasing entropy. One person points out that the path of a photon is not dictated by the law of increasing entropy, and that the experiment's conclusion is flawed. The other person argues that the photon will choose the path with the larger increase in entropy, but the first person disagrees, stating that this is not a logical conclusion.
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  • #2


Not even wrong?

-- Dmtr.
// 124F2501. You've just been split.
 
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  • #3
First of all:
The path of a photon is not dictated because of some "law of increasing entropy". It's the other way around -- increasing entropy follows from (the statistical averaging of) the dynamics of the photon and the rest of the system (or any other system under consideration). You cannot say that a photon _has_ to choose a path or else the entropy doesn't increase. It simply doesn't work that way.

Second:
Why on Earth would the path of a photon depend on the state /system/ ... of the endpoint of one both paths? Not even wrong indeed.

As for the experiment: the photon choosing the upper path will cause a larger increase in entropy than the lower one. So what? Both paths still cause an increasing entropy, although the lower one causes less. But there is no law of "this event causes more entropy gain, therefore it has to happen more often".

So the only logical conclusion here is that, with the time flow, all the photons would chose the path A.

A statement like that just shows you want your answer and reasoning to be true, while you present hardly any proof to support such a "logical statement".
 

Related to RD Thought Experement (wikiversity article)

1. What is the RD Thought Experiment?

The RD Thought Experiment is a theoretical exercise that explores the concept of rationality and decision-making in different scenarios. It involves imagining a situation where a person must make a decision based on limited information and uncertain outcomes.

2. How is the RD Thought Experiment used in science?

The RD Thought Experiment is often used in the field of cognitive science to study decision-making processes and rationality. It allows scientists to test different theories and models of decision-making in a controlled environment.

3. What are the key components of the RD Thought Experiment?

The key components of the RD Thought Experiment include a decision-maker, a set of options to choose from, and uncertain outcomes associated with each option. It also involves considering factors such as risk, reward, and information availability.

4. What are the potential applications of the RD Thought Experiment?

The RD Thought Experiment can have various applications in fields such as psychology, economics, and artificial intelligence. It can help researchers understand how humans make decisions and how to improve decision-making processes in different contexts.

5. Are there any limitations to the RD Thought Experiment?

Like any thought experiment, the RD Thought Experiment has its limitations. It is a simplified version of real-life decision-making and may not accurately reflect all the complexities and nuances involved in decision-making. It also relies on assumptions and hypothetical scenarios, which may not always align with real-world situations.

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