By all accounts, they are losing the narrative on everything. Each day its getting more desperate for them. My fear is what does one who is fighting for their existence do when their psyop control devices fail? I am concerned with what we are seeing with Ukraine, Taiwan, Qatar, Kazakhstan and others that TPTB are trying hard to go kinetic. That would seem to be the next phase in their plans. Lets hope the good guys really are in charge because it feels like we are entering some dangerous times.
@skells
Now it's a fact that doctors and researchers have been intimidated into silence, and when that's the way you make consensus - whatever you claim you're doing, it's not science.
But this graph is a Rorschach ink-blotch.
RT @CharlieShrem
🚨 New Podcast Episode 🚨
My guest today is @breedlove22, a Bitcoin-focused entrepreneur, writer, and philosopher.
Topics:
▪️ #Bitcoin
▪️ Hard Coding Unalienable Private Property
▪️ Bitcoin is the Culmination of Western Thought
▪️ The Moral Case for Bitcoin
🙏 @paraswap
Interesting fact of the day: The same effect that cuased light in a prism to split up into different colors is what ultimately caused the first transatlantic telegraphic wire in 1858 to fail.
Morse code is transmitted as on-off signals, effectively square waves. Square waves are in fact made up of many different frequencies. Like in a prism different frequencies move at different speeds through a wire. Therefore as the on-off pulses traveled through the transatlantic telegraph wire the signal spread out like it does in a prism and ultimately the pulses would overlap and be indistinguishable.
The effect was so extreme that it took a message of only 98 words (the first message sent) over 67 minutes to send one way and a whopping 16 hours to confirm the message.
Whitehouse, a doctor with little mathematical understanding, thought he could solve the problem by increasing voltage, which we now know was a futile effort. He increased the voltage to the point he managed to short out the cable entirely and made it useless. However Lord Kelvin had already warned of the problem as was ignored and he came up with the law of squares to describe the problem which later was refined to give us the telegraphers equation. The telegraphers equation is still used today to model feedlines in radio transmitters and receivers.