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Every so often a journal I edit receives papers with some kind of claim that, if true, would break mainstream physics. For example:, a paper could claim that waves in dark matter can travel at v ~ 1014 m/s.

The results of this paper suggest that the velocities of dark matter waves may reach v ~ 3x10^14 m/s

Because relativity has met every experimental test we've thrown at it, and because relativity has a hard limit on velocities at the speed of light (3×108 m/s), any paper making this kind of claim is immediately suspect. One doesn't need to know what else is in the paper to be pretty confident it is wrong.

However, it is also known that relativity is an incomplete theory because it is incompatible with quantum mechanics. It's conceivable that whatever theory eventually supplants these two theories could allow velocities greater than the speed of light.

Question: Is it fair to desk-reject the above paper based solely on this one sentence? Like, there's a 99.99% chance (maybe even higher) that the paper is wrong, but there's still a nonzero chance it could be correct. If it is unfair, what else do I need before it becomes fair to desk-reject?

Every so often a journal I edit receives papers with some kind of claim that, if true, would break mainstream physics. For example:

The results of this paper suggest that the velocities of dark matter waves may reach v ~ 3x10^14 m/s

Because relativity has met every experimental test we've thrown at it, and because relativity has a hard limit on velocities at the speed of light (3×108 m/s), any paper making this kind of claim is immediately suspect. One doesn't need to know what else is in the paper to be pretty confident it is wrong.

However, it is also known that relativity is an incomplete theory because it is incompatible with quantum mechanics. It's conceivable that whatever theory eventually supplants these two theories could allow velocities greater than the speed of light.

Question: Is it fair to desk-reject the above paper based solely on this one sentence? Like, there's a 99.99% chance (maybe even higher) that the paper is wrong, but there's still a nonzero chance it could be correct. If it is unfair, what else do I need before it becomes fair to desk-reject?

Every so often a journal I edit receives papers with some kind of claim that, if true, would break mainstream physics. For example, a paper could claim that waves in dark matter can travel at v ~ 1014 m/s.

Because relativity has met every experimental test we've thrown at it, and because relativity has a hard limit on velocities at the speed of light (3×108 m/s), any paper making this kind of claim is immediately suspect. One doesn't need to know what else is in the paper to be pretty confident it is wrong.

However, it is also known that relativity is an incomplete theory because it is incompatible with quantum mechanics. It's conceivable that whatever theory eventually supplants these two theories could allow velocities greater than the speed of light.

Question: Is it fair to desk-reject the above paper based solely on this one sentence? Like, there's a 99.99% chance (maybe even higher) that the paper is wrong, but there's still a nonzero chance it could be correct. If it is unfair, what else do I need before it becomes fair to desk-reject?

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Is it fair to desk reject-reject a manuscript because it breaks Relativityrelativity?

Every so often a journal I edit receives papers with some kind of claim that, if true, would break mainstream physics. For example:

The results of this paper suggest that the velocities of dark matter waves may reach v ~ 3x10^14 m/s

Because Relativityrelativity has met every experimental test we've thrown at it, and because Relativityrelativity has a hard limit on velocities at the speed of light (3x10^83×108 m/s), any paper making this kind of claim is immediately suspect. One doesn't need to know what else is in the paper to be pretty confident it is wrong.

However, it is also known that Relativityrelativity is an incomplete theory because it is incompatible with Quantum Mechanicsquantum mechanics. It's conceivable that whatever theory eventually supplants these two theories could allow velocities greater than the speed of light.

Question: Is it fair to desk reject-reject the above paper based solely on this one sentence? Like, there's a 99.99% chance (maybe even higher) that the paper is wrong, but there's still a nonzero chance it could be correct. If it is unfair, what else do I need before it becomes fair to desk reject-reject?

Is it fair to desk reject a manuscript because it breaks Relativity?

Every so often a journal I edit receives papers with some kind of claim that, if true, would break mainstream physics. For example:

The results of this paper suggest that the velocities of dark matter waves may reach v ~ 3x10^14 m/s

Because Relativity has met every experimental test we've thrown at it, and because Relativity has a hard limit on velocities at the speed of light (3x10^8 m/s), any paper making this kind of claim is immediately suspect. One doesn't need to know what else is in the paper to be pretty confident it is wrong.

However, it is also known that Relativity is an incomplete theory because it is incompatible with Quantum Mechanics. It's conceivable that whatever theory eventually supplants these two theories could allow velocities greater than the speed of light.

Question: Is it fair to desk reject the above paper based solely on this one sentence? Like, there's a 99.99% chance (maybe even higher) that the paper is wrong, but there's still a nonzero chance it could be correct. If it is unfair, what else do I need before it becomes fair to desk reject?

Is it fair to desk-reject a manuscript because it breaks relativity?

Every so often a journal I edit receives papers with some kind of claim that, if true, would break mainstream physics. For example:

The results of this paper suggest that the velocities of dark matter waves may reach v ~ 3x10^14 m/s

Because relativity has met every experimental test we've thrown at it, and because relativity has a hard limit on velocities at the speed of light (3×108 m/s), any paper making this kind of claim is immediately suspect. One doesn't need to know what else is in the paper to be pretty confident it is wrong.

However, it is also known that relativity is an incomplete theory because it is incompatible with quantum mechanics. It's conceivable that whatever theory eventually supplants these two theories could allow velocities greater than the speed of light.

Question: Is it fair to desk-reject the above paper based solely on this one sentence? Like, there's a 99.99% chance (maybe even higher) that the paper is wrong, but there's still a nonzero chance it could be correct. If it is unfair, what else do I need before it becomes fair to desk-reject?

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Allure
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Is it fair to desk reject a manuscript because it breaks Relativity?

Every so often a journal I edit receives papers with some kind of claim that, if true, would break mainstream physics. For example:

The results of this paper suggest that the velocities of dark matter waves may reach v ~ 3x10^14 m/s

Because Relativity has met every experimental test we've thrown at it, and because Relativity has a hard limit on velocities at the speed of light (3x10^8 m/s), any paper making this kind of claim is immediately suspect. One doesn't need to know what else is in the paper to be pretty confident it is wrong.

However, it is also known that Relativity is an incomplete theory because it is incompatible with Quantum Mechanics. It's conceivable that whatever theory eventually supplants these two theories could allow velocities greater than the speed of light.

Question: Is it fair to desk reject the above paper based solely on this one sentence? Like, there's a 99.99% chance (maybe even higher) that the paper is wrong, but there's still a nonzero chance it could be correct. If it is unfair, what else do I need before it becomes fair to desk reject?