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en:misc:talk-saine-schwarcz [2013/01/30 20:00] legatum |
en:misc:talk-saine-schwarcz [2013/02/08 16:00] (current) legatum |
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{{anchor:s147}}And here on the left you can see tin at the 10<sup>-60</sup> and on the right you can see tin at the 10<sup>-400</sup>. {{anchor:s148}}Now, you will say, “ //Yeah, but that was published in a journal of homeopathy//.” | {{anchor:s147}}And here on the left you can see tin at the 10<sup>-60</sup> and on the right you can see tin at the 10<sup>-400</sup>. {{anchor:s148}}Now, you will say, “ //Yeah, but that was published in a journal of homeopathy//.” | ||
- | {{anchor:s149}}The same team [[http://www.ncbi.nlm.nih.gov/pubmed/23083226|published]] in the //Journal of Langmuir//, which is a very, very prestigious journal of chemistry -- actually, it’s one of the journals of the American Chemical Society, and they have a motto, which is: “//The most trusted, the most cited, and the most read journal.//” And this team from the Indian Institute of Technology confirmed that they found particles even at these extreme super-Avogadro dilutions, and they found out a process.[(nanostudy>Chikramane PS, Kalita D, Suresh AK, Kane SG, Bellare JR. Why Extreme Dilutions Reach Non-zero Asymptotes: A Nanoparticulate Hypothesis Based on Froth Flotation. //Langmuir.// 2012 Nov 13;28(45):15864-75. doi: 10.1021/la303477s. Epub 2012 Nov 1.)] | + | {{anchor:s149}}The same team [[http://www.ncbi.nlm.nih.gov/pubmed/23083226|published]] in the journal of //Langmuir//, which is a very, very prestigious journal of chemistry -- actually, it’s one of the journals of the American Chemical Society, and they have a motto, which is: “//The most trusted, the most cited, and the most read journal.//” And this team from the Indian Institute of Technology confirmed that they found particles even at these extreme super-Avogadro dilutions, and they found out a process.[(nanostudy>Chikramane PS, Kalita D, Suresh AK, Kane SG, Bellare JR. Why Extreme Dilutions Reach Non-zero Asymptotes: A Nanoparticulate Hypothesis Based on Froth Flotation. //Langmuir.// 2012 Nov 13;28(45):15864-75. doi: 10.1021/la303477s. Epub 2012 Nov 1.)] |
{{anchor:s150}}I’ll show you: here is the process of trituration, and here is the process of dilution. {{anchor:s151}}After three series of trituration, it goes into a solution, and then the succuss. {{anchor:s152}}And then as this process progresses, there are nano-bubbles that accumulate in an asymptotic manner. {{anchor:s153}}That means it never reaches zero. {{anchor:s154}}So as you are diluting and succussing, the nano-bubbles actually multiply. | {{anchor:s150}}I’ll show you: here is the process of trituration, and here is the process of dilution. {{anchor:s151}}After three series of trituration, it goes into a solution, and then the succuss. {{anchor:s152}}And then as this process progresses, there are nano-bubbles that accumulate in an asymptotic manner. {{anchor:s153}}That means it never reaches zero. {{anchor:s154}}So as you are diluting and succussing, the nano-bubbles actually multiply. |