Happy New Years, Bob and crew. Came across this article about relic neutrinos and dark matter. They call them "active neutrinos", as opposed to tiny, solar neutrinos. Good idea in my view. https://www.physics.upenn.edu/~pgl/neutrino/now2000/node14.html
Hi Bob. Could we add an option to save/delete attempts to play with the Parhomov query program? I'm afraid my two attempts to duplicate your W and O fission/fusion (?) output got stuck in the list of queries. No results, of course.
This is really a cool program, but short of having a tutorial, if we could just be able to delete our own failures, this would be less of a disincentive to start working with it.
The info in that presentation was very interesting...specially fascinated by the hot metal heated with omasa gas and pushed into teflon. Those golden fern like crystals with spikes on top was the most remarkable formation. Like it spontaneously popped into existance.
Happy New Years, Bob and crew. Came across this article about relic neutrinos and dark matter. They call them "active neutrinos", as opposed to tiny, solar neutrinos. Good idea in my view. https://www.physics.upenn.edu/~pgl/neutrino/now2000/node14.html
I'm trying to get the online Parkhomov SQL program here
https://www.nanosoft.co.nz/Fusion.php
to duplicate Bob's results on the bottom line here.
https://youtu.be/ysvsdwHUETg?t=409
Anybody got any tips?
Hi Bob. Could we add an option to save/delete attempts to play with the Parhomov query program? I'm afraid my two attempts to duplicate your W and O fission/fusion (?) output got stuck in the list of queries. No results, of course.
This is really a cool program, but short of having a tutorial, if we could just be able to delete our own failures, this would be less of a disincentive to start working with it.
Thanks either way.
-rs
The info in that presentation was very interesting...specially fascinated by the hot metal heated with omasa gas and pushed into teflon. Those golden fern like crystals with spikes on top was the most remarkable formation. Like it spontaneously popped into existance.
The first 3 dimensions are all at right angles to one another. Then comes Time.
But what happens when you move a charged particle perpendicular to a magnetic field?
It's just a thought. :-)