As for Getty, it is using the same number of news papers and is also running on 28 radio stations.
It's unlikely that there will be quite the same number of scientific papers written on these examples as there were on the dress, namely because the riddles could both be explained with relative ease.
Vinkler [50], [51] recommends a worldwide reference standard for the bibliometric evaluation of research groups: "Relative Subfield Citedness (Rw) (where W refers to 'world') relates the number of citations obtained by the set of papers evaluated to the number of citations received by a same number of papers.dedicated to the respective discipline, field or subfield" (p. 164) [52].
For this, Vinkler [28] recommends use of a worldwide reference standard: "Relative Subfield Citedness (Rw) (where W refers to 'world') relates the number of citations obtained by the set of papers evaluated to the number of citations received by a same number of papers published in journals dedicated to the respective discipline, field or subfield" [p. 164, see also 29].
Because the data were continuous (number of Stereotype and Nonstereotype comments per student), the Pearson correlation coefficient was calculated to determine whether we reliably recorded the same number of Stereotypes and Nonstereotypes in those papers.
A k-uniform hypergraph with vertex set V and edge set E is called t-subset-regular if every t-element subset of V lies in the same number of elements of E. In this paper we show that a 1-subset-regular self-complementary 3-uniform hypergraph with n vertices exists if and only if n≥5 and n is congruent to 1 or 2 modulo 4.
In contrast, if we choose all papers with the same number of citations at year two (i.e., the same c2, Fig. 2D), the citations acquired by them diverge with time, and σc/⟨c⟩ increases (Fig. 2, E and F), supporting our conclusion that these quantities lack predictability.
Given the same number of passes and the same amount of pressure, paper with larger particles sands deeper (and rougher) than paper containing smaller particles.
That's six, not six million, or six thousand, but six -- the same number of frosty brews that come in a paper tote at your local convenience store.
