It is fully within the capabilities of the technology of the day to patch a phone line to a radio, and to send and receive radio signals over that distance. That is what I identified, not based on what they told me. Based on knowing telecomm. Whether they did it is another thing.
You identified with your box of 14psi, which is the supposed natural pressure of "the atmosphere", that one could send RF 250000 miles? Again, your experiment is flawed and youre drawing absurd conclusions about a fantasy world of which theyve provided a few pieces to a puzzle and youre drawing in the rest with delusion.
One can see you know nothing about electronics or radio.
Here is a simple disproof. We send RF millions of miles to and from space probes in the solar system. How do you think we get pictures from Mars?
As for "which is the supposed natural pressure of "the atmosphere" I guess you have never filled a tire with air, lol. All tires have to get more than 14 psi in order to inflate. Skin divers ALL know about 14psi, are they all wrong?
I'm partly here to elevate people, not attack them, so if I can help you know more physics, it is to your advantage.
Possible based on my observations and experience with radio waves.
Bring a crystal radio on an airplane and observe the myriad of channels you can pick up - hundreds of miles of transmission through a medium that scatters waves.
You only know how that works in the aether. You assume RF works the same in a supposed vacuum environment void of oxygen? "Hundreds of miles". The moon is supposedly between 225000 and 252000 miles away...ok.
I've gone down this rabnit hole, and as a result built a vacuum chamber. It's not huge, but i can still pick up radio waves through my - 14psi vacuum (aka not perfect).
How have your experiments with vacuum wave transmission gone?
Phone call through NASA to radio to moon. Completely possible technology-wise
Possible, based on what they told you?
It is fully within the capabilities of the technology of the day to patch a phone line to a radio, and to send and receive radio signals over that distance. That is what I identified, not based on what they told me. Based on knowing telecomm. Whether they did it is another thing.
You identified with your box of 14psi, which is the supposed natural pressure of "the atmosphere", that one could send RF 250000 miles? Again, your experiment is flawed and youre drawing absurd conclusions about a fantasy world of which theyve provided a few pieces to a puzzle and youre drawing in the rest with delusion.
One can see you know nothing about electronics or radio. Here is a simple disproof. We send RF millions of miles to and from space probes in the solar system. How do you think we get pictures from Mars?
As for "which is the supposed natural pressure of "the atmosphere" I guess you have never filled a tire with air, lol. All tires have to get more than 14 psi in order to inflate. Skin divers ALL know about 14psi, are they all wrong?
I'm partly here to elevate people, not attack them, so if I can help you know more physics, it is to your advantage.
Possible based on my observations and experience with radio waves.
Bring a crystal radio on an airplane and observe the myriad of channels you can pick up - hundreds of miles of transmission through a medium that scatters waves.
You only know how that works in the aether. You assume RF works the same in a supposed vacuum environment void of oxygen? "Hundreds of miles". The moon is supposedly between 225000 and 252000 miles away...ok.
I've gone down this rabnit hole, and as a result built a vacuum chamber. It's not huge, but i can still pick up radio waves through my - 14psi vacuum (aka not perfect).
How have your experiments with vacuum wave transmission gone?
Aight, say it was possible to make a phone call to them.
The biggest problem is how did they stream live video from the moon in the 60's with a 12 volt bolt battery on board through the depths of space.
You just agreed that radio transmission is possible. That can transmit any analog signal you like.
We're talking about a distance that would produce maybe a second delay. Waves are fast.