Bob Greenyer on Remote View

[Bob Greenyer]

Always put the heavier elements in a pair on a side in the second element, say E2 or E4.

So if I wanted to find out which pair of elements is most likely to create Au from Bi, Pb or Hg in exchange reactions, I would do the following

E2 in ('Bi') and E4 in ('Au') order by MeV desc

E2 in ('Pb') and E4 in ('Au') order by MeV desc

E2 in ('Hg') and E4 in ('Au') order by MeV desc

In all cases, K is in the top 3, and the Alchemists used K2CO3 (potash) derived from wood ash. It took me just 50 seconds when first developing these tools with their programmers to show that by accident or experiments, the Alchemists had made the best choice they could have.

https://steemit.com/steemstem/@mfmp/making-gold-were-alchemists-right-all-along

you may find it easier to use the simpler fusfis.org calculator, though it has no neutrinos and is missing some results.

For the W fission with no Cold Neutrinos

http://fusfis.org/fissions?element=W&limit=50

For the O Fusion with no cold Neutrinos

http://fusfis.org/fissions?element=W&limit=50

[Bob Greenyer]

You can also download this version and run it locally in a docker, instructions are here:

https://github.com/lanfeust21/AParkhomov

[rainbowsally]

Got the d/load version and gave it a spin.

The online version at nanosoft is much nicer. Alchemy, here I come ! ;-)

Thank you!

[rainbowsally]

1. If I have to synthesize the precursor element Re/Os, what's my best play here?

2. To assure the previous step completes before this one, do I need to make sure MeV is more positive than the next step?

======================================

neutrino\t E1 A1 E2 A2 E3 E4 MeV

right\t\t Re 187 Pb 207 Au Au -1.389049

none\t\t Os 187 Pb 207 Au Au -1.391516

======================================

Query

[select * from TwoToTwoAllNewPlus where]

E2 in ('Pb') and A2=207 and E3 in ('Au') and E4 in ('Au') order by MeV desc limit 1000