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Just saw one the legendary newly released Patek Philippe 5374 minute repeaters being advertised for sale Only 8 pieces ever made every collector wants one of these right now so the owners are asking just stupid money in this never ending bidding war The MSRP is $4,000,000 Last I heard from a colleague there was an offer for 10.5m Believe it or not the dealer listing one is asking $28,000,000 😂 Clearly not worth anywhere near that but since every old money European wants this damn thing I hope it breaks records

Cities that stopped treating theft as theft did not get less poverty. They got fewer stores. If toothpaste and soap are “crimes of poverty,” the repeater learns the aisle is free. Prosecutors drop it, cops stop wasting the arrest, and chains start doing math. Shrink piles up, staff get hit, merchandise goes behind glass, prices rise for the people who actually pay — that’s how a neighborhood loses jobs and a place to buy groceries. This policy will never work because it pretends the thief is the victim and the store is a social-service office. A business cannot eat unlimited losses. It locks the deodorant, then it locks the door. The people left behind are the ones who followed the law and still got the higher price.

As someone that has known @theunipcs since 2024, I can tell you that I feel the same thesis as in $BONK and $USELESS. At some point his (bonkguy) thesis felt like a normal Unipcs rigmarole. Then bonk flipped bull and ran to ATH. I made money off Unipcs $Bonk call exactly when I gave birth to my first child. Long story short, I feel exactly the same in $USELESS. The useless Chart is not a respecter of emotions. It does its thing when all structures click. Billions is inevitable. God willing 🙏

The Beep That Keyed the Transmitters The short tone that cuts the recordings of Apollo voice loops is not a courtesy beep and not a signal that the speaker has finished. It is a pair of pure sine waves generated in Houston and sent down the same voice circuit that carried the CapCom’s words. One tone, 2,525 Hz for 250 milliseconds, told the remote ground station to key its high-power transmitter. The second, 2,475 Hz for the same duration, told the station to release the key. Both tones rode inside the voice band so NASA did not have to lease a second long-haul circuit simply to switch the transmitters on and off. CapCom sat in Houston and used a push-to-talk switch exactly as a pilot or a radio operator would. The switch did not connect directly to a transmitter. The active station might be in Australia, Spain, or California, chosen by the rotation of the Earth and the position of the spacecraft. When CapCom pressed the button, the tone generator in the Mission Control voice system inserted the higher-frequency burst. Detectors at the distant station recognized the tone, closed a relay, and placed the uplink audio on the S-band transmitter aimed at the spacecraft. When CapCom released the button, the lower-frequency burst arrived and the relay opened. The astronauts’ own transmissions needed no such tones; their microphones keyed local transmitters inside the spacecraft or on the lunar surface. The equipment that generated and detected the tones was built by Quindar Electronics. The name stuck. The same arrangement had already been used on Gemini and remained in service on early Shuttle UHF voice circuits. Full-duplex operation meant both ends could transmit at once on separate frequencies, so the tones did not mark the end of a transmission in the way a repeater’s courtesy tone does. They simply marked the state of CapCom’s switch. Notch filters at the uplink sites removed most of the tones from the audio that reached the spacecraft, which is why the crews rarely heard them even though the tones are prominent on the ground recordings that were later released. Frank Borman once noted that the intro tone could clip the first syllable if CapCom began speaking before the remote relay had closed. The fix was procedural: wait a fraction of a second after keying. The system was never elegant. It was the cheapest reliable way to control transmitters scattered across the globe when every additional leased line carried a real cost. The two beeps therefore did exactly the work a local microphone switch would have done had the transmitter been in the same building.