Why randomness means incomplete understanding

In summary, we lack a fundamental understanding of the measurement process in quantum mechanics. This lack of understanding leads to problems with our ability to create a faithful miniuniverse or deterministic simulator.
  • #106
I know this experiment, but what has it to do with your claim that "one man's random is not another man's random"?
 
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  • #107
vanhees71 said:
I know this experiment, but what has it to do with your claim that "one man's random is not another man's random"?
I should have said that "one man's 'independent' is not another man's 'independent'". Meaning that some people find it necessary to go to great extremes to guarantee that two sources of numbers are independent.
 
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<h2>1. Why is randomness associated with incomplete understanding?</h2><p>Randomness is often associated with incomplete understanding because it refers to events or outcomes that cannot be predicted or explained with certainty. When something is random, it means that there is no discernible pattern or logic behind it, making it difficult for us to fully understand or control it.</p><h2>2. How does randomness affect scientific research?</h2><p>Randomness can have a significant impact on scientific research because it introduces uncertainty and variability into experiments and observations. This means that the results may not always be consistent or predictable, making it challenging for scientists to draw definitive conclusions.</p><h2>3. Can we ever fully understand randomness?</h2><p>No, it is unlikely that we will ever fully understand randomness. This is because randomness is inherent in the natural world and is a fundamental aspect of many complex systems. While we can make predictions and theories about random events, there will always be an element of uncertainty and unpredictability.</p><h2>4. How do scientists deal with randomness in their research?</h2><p>Scientists use various statistical methods and experimental designs to account for randomness in their research. This allows them to make sense of the data and draw conclusions even in the face of uncertainty. Additionally, scientists often conduct multiple experiments and replicate their results to increase the reliability of their findings.</p><h2>5. Is randomness always a bad thing in science?</h2><p>No, randomness is not always a bad thing in science. In fact, it can be beneficial in certain situations. For example, in drug trials, participants are often randomly assigned to different treatment groups to eliminate bias and increase the validity of the results. Randomness can also lead to unexpected discoveries and new insights in research.</p>

1. Why is randomness associated with incomplete understanding?

Randomness is often associated with incomplete understanding because it refers to events or outcomes that cannot be predicted or explained with certainty. When something is random, it means that there is no discernible pattern or logic behind it, making it difficult for us to fully understand or control it.

2. How does randomness affect scientific research?

Randomness can have a significant impact on scientific research because it introduces uncertainty and variability into experiments and observations. This means that the results may not always be consistent or predictable, making it challenging for scientists to draw definitive conclusions.

3. Can we ever fully understand randomness?

No, it is unlikely that we will ever fully understand randomness. This is because randomness is inherent in the natural world and is a fundamental aspect of many complex systems. While we can make predictions and theories about random events, there will always be an element of uncertainty and unpredictability.

4. How do scientists deal with randomness in their research?

Scientists use various statistical methods and experimental designs to account for randomness in their research. This allows them to make sense of the data and draw conclusions even in the face of uncertainty. Additionally, scientists often conduct multiple experiments and replicate their results to increase the reliability of their findings.

5. Is randomness always a bad thing in science?

No, randomness is not always a bad thing in science. In fact, it can be beneficial in certain situations. For example, in drug trials, participants are often randomly assigned to different treatment groups to eliminate bias and increase the validity of the results. Randomness can also lead to unexpected discoveries and new insights in research.

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