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*I found that the lecture slides have some calculational errors; for example, they miscalculate the particle's ratio to the proton mass. But they are do substantiate that someone outside of woo-woo land calls such a thing a "Planck particle," justifying a '''merge and redirect''' to [[Planck mass]] instead of the deletion I originally proposed. The [[Planck mass]] article has a somewhat better source[http://books.google.com/books?id=WYxkrwMidp0C&pg=PR10] for most of the material here, although its source doesn't use the term "Planck particle." We don't need a whole article about this, because it's just a brief pedagogical exercise, and arguably a poor one, since there's no reason to believe the formulas used continue to work at the Planck scale. [[User:Jim E. Black|Jim E. Black]] ([[User talk:Jim E. Black|talk]]) 02:09, 22 March 2010 (UTC)
*I found that the lecture slides have some calculational errors; for example, they miscalculate the particle's ratio to the proton mass. But they are do substantiate that someone outside of woo-woo land calls such a thing a "Planck particle," justifying a '''merge and redirect''' to [[Planck mass]] instead of the deletion I originally proposed. The [[Planck mass]] article has a somewhat better source[http://books.google.com/books?id=WYxkrwMidp0C&pg=PR10] for most of the material here, although its source doesn't use the term "Planck particle." We don't need a whole article about this, because it's just a brief pedagogical exercise, and arguably a poor one, since there's no reason to believe the formulas used continue to work at the Planck scale. [[User:Jim E. Black|Jim E. Black]] ([[User talk:Jim E. Black|talk]]) 02:09, 22 March 2010 (UTC)
*'''Redirect''' to [[Planck scale]]. [[Special:Contributions/76.66.194.4|76.66.194.4]] ([[User talk:76.66.194.4|talk]]) 04:39, 22 March 2010 (UTC)

Revision as of 04:39, 22 March 2010

Planck particle (edit | talk | history | protect | delete | links | watch | logs | views) – (View log • AfD statistics)
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I can find no evidence this term is in widespread serious use. The article's sole reference does not use the term. Top hits on Google are this article, followed by an article from an apparent crank journal denying any such thing exists, then several apparent crank sites and Wikipedia mirrors. A Google Scholar search turns up what appear to be largely crank papers; one can see how this term might be frequently invented by numerologists, but if the article is to be about that, we need a reliable source documenting such use. The concept itself is more notable than that of a "1 kg particle," on the grounds that the Planck mass is a plausible natural mass scale, but only barely. All this article does is confuse people into thinking that Planck mass is the mass of a hypothetical particle rather than part of a system of units. A much better-written version of this content already exists at Planck mass where it belongs. Jim E. Black (talk) 07:42, 20 March 2010 (UTC)[reply]


Most of those were not reliable sources. Just because the "Journal of Theoretics" calls itself a journal, doesn't make it reliable. That the term is in wide (but not necessarily consistent) use by numerologists is clear, but it's not at all clear that there's significant serious use. Of the eight sources you added, five were papers in highly questionable journals, and one appears to be just something someone posted on the Internet. I argue that we should ignore those. The usage in Sachs et. al. is clearly specific to the theory they are proposing (a theory which doesn't appear to have caught on), and has nothing to do with black holes as written about in this article. All that remains are Jonghwa Chang's nuclear physics lecture slides, which uses it to define the Planck mass as Boing! said Zebedee described. If we can find more references using the term in this manner, preferably in better sources than lecture slides, it would support that the term is in widespread serious use and deserves either an article or perhaps an entry over on Wiktionary. I'm not sure the one is enough, though.Jim E. Black (talk) 23:18, 21 March 2010 (UTC)[reply]
And how is the Journal of Theoretics and the General Science Journal unreliable? You never said how. You just stated they are without any evidence. Furthermore, "Planck Particles and Quantum Gravity" - Google Docs, is a completely valid source as well. SilverserenC 23:25, 21 March 2010 (UTC)[reply]
Its name is a made-up word, and its website complains of "Bias in the Scientific Literature" against "dissident scientists." Those are huge red flags. Progress in Physics and the General Science Journal make similar statements. Almost always such journals are created to publish work that was rejected by reputable journals due to incompetence, not bias.Jim E. Black (talk) 23:58, 21 March 2010 (UTC)[reply]
  • I found that the lecture slides have some calculational errors; for example, they miscalculate the particle's ratio to the proton mass. But they are do substantiate that someone outside of woo-woo land calls such a thing a "Planck particle," justifying a merge and redirect to Planck mass instead of the deletion I originally proposed. The Planck mass article has a somewhat better source[1] for most of the material here, although its source doesn't use the term "Planck particle." We don't need a whole article about this, because it's just a brief pedagogical exercise, and arguably a poor one, since there's no reason to believe the formulas used continue to work at the Planck scale. Jim E. Black (talk) 02:09, 22 March 2010 (UTC)[reply]
  • Redirect to Planck scale. 76.66.194.4 (talk) 04:39, 22 March 2010 (UTC)[reply]