I don't know much about physics, but it is my understanding that Gauss's law pertains to deformations in an electric field and so if you can determine the amount of deformation, you can get some data to work with. Data is useful even if you don't know much.
I would suggest NOT to use normal optical binoculars, instead use the digital kind. That way there is a layer of protection against intense harmful rays penetrating your eyes.
EXCELLENT!!!
John and Jerry are awesome! Their work is a million times more useful than all the chatter I've heard in 10 years! Thanks Tedesco brothers!
Do you happen to know their Google drive or repository they use by chance?
@@thetrueaqua No, sorry
LET'S GO! 🖖
Thanks for posting this! I couldn't make it live yesterday.
Thanks for all the great discussions and awareness. Wish you all the best as this journey continues!
Génial ! Et merci de France 👍👏✨
This is really well put together, thank you for getting this up!!!!
Keep up the good work!
Good to see people getting together and working together to get to the bottom of this
This was really fascinating to listen to, thanks so much!
I missed it live unfortunately, thanks for posting!
I don't know much about physics, but it is my understanding that Gauss's law pertains to deformations in an electric field and so if you can determine the amount of deformation, you can get some data to work with. Data is useful even if you don't know much.
Whats the google account they said would be available? Dont see it linked on this or their sites!
I would suggest NOT to use normal optical binoculars, instead use the digital kind. That way there is a layer of protection against intense harmful rays penetrating your eyes.