@ThatWhichisNotSeen
Bastiat already explained all of this to us, but here we go again...
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Recent Notes
Buy a cheap used pixel and try it out first.
Yes get a cheap one, try it out, run in parallel while you try apps out on it.and gradually transition to it.
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Who needs a phone number when you have an npub?
Is your setup similar to 0xchat 's? Interoperable?
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If this voice/video call is possible then the "impossible" would be for me to have my npub appear as a phone number and have people be able to call and text it from their cell provider.
Whoa, good request. Perhaps some integration with the jabber network. Nostr >> jabber >> trad phones and vice versa.
I don’t understand people calling this moon mission faked, and that’s coming from a big conspiracy theorist.
Millions of people watched it in real time, people saw it fly with their own eyes.
...
It can be verified by anyone right now:
Apollo 11, 14, and 15 each deployed arrays of corner-cube prisms on the lunar surface. These aren't mirrors in the traditional sense—they're specially designed optical devices that reflect incoming light directly back toward its source, regardless of the angle of incidence. The Apollo 11 array contained 100 fused silica cubes, while Apollo 14 and 15 deployed larger arrays with 300 and 300 cubes respectively.
Observatories on Earth fire short pulses of laser light at the known coordinates of these arrays. The light travels approximately 384,400 kilometers to the Moon, reflects off the retroreflectors, and returns. By measuring the round-trip time (about 2.5 seconds), scientists calculate the Earth-Moon distance with millimeter-level precision. This technique is called Lunar Laser Ranging (LLR).
Apollo 11, 14, and 15 each deployed arrays of corner-cube prisms on the lunar surface. These aren't mirrors in the traditional sense—they're specially designed optical devices that reflect incoming light directly back toward its source, regardless of the angle of incidence. The Apollo 11 array contained 100 fused silica cubes, while Apollo 14 and 15 deployed larger arrays with 300 and 300 cubes respectively.
Observatories on Earth fire short pulses of laser light at the known coordinates of these arrays. The light travels approximately 384,400 kilometers to the Moon, reflects off the retroreflectors, and returns. By measuring the round-trip time (about 2.5 seconds), scientists calculate the Earth-Moon distance with millimeter-level precision. This technique is called Lunar Laser Ranging (LLR).
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