Good morning and Merry Christmas!

Seems to have helped temporarily but it's broken again. 🫠

Did GrapheneOS QPR2 break Night Light scheduling for anyone else?

I set a fixed time range for red light but it never turns off in the morning until I toggle it on and off again.

It's possible. I gauge this based on how the system reacts to and treats him; he's been mocked by the public and media for decades.

I never really listened to him or read his books until a few years ago. A lot of what he says is very consistent with other conclusions I have drawn independent of him. Even from interviews he did as far back as the 90s, for example with the South African sangoma Credo Mutwa, the theology all around the world points to a consistent theme throughout history.

I suspect he is closer to the truth than many, but of course I may be entirely incorrect.

I have never heard about any allegations about him though, did any of it stick, or is it possible that it's the same old trotted out allegations to discredit someone?

That's correct.

Also White Noise uses the new internet standard Message Layer Security (MLS) which is well audited and has security proofs, while SimpleX has their own encryption scheme. In theory White Noise should scale to encrypted groups with millions of participants, we still have a lot of work to do to make this possible.

The main difference is, that White Noise builds ontop of the Nostr MLS protocol, and so it should be compatible with a lot of other nostr clients that will support secure messages, like nostr:nprofile1qqs9xtvrphl7p8qnua0gk9zusft33lqjkqqr7cwkr6g8wusu0lle8jcpp3mhxue69uhkyunz9e5k7qg4waehxw309ajkgetw9ehx7um5wghxcctwvsqs6amnwvaz7tmwdaejumr0ds2g5zx8

I’m in a zappy mood. Comment below and you will get zapped ⚡️⚡️⚡️⚡️⚡️⚡️⚡️⚡️⚡️⚡️⚡️⚡️⚡️⚡️⚡️⚡️⚡️⚡️⚡️⚡️⚡️

We can argue about the physics, I have $5k in BTC for anyone who wants to try recreate the videos given a 2 month timeframe without using the original footage as a reference and the entire process has to be live streamed.

Nostr is fucking amazing.

Interact with this post to win sats!

nostr:npub1e85mms9s8ssm6vm6ztw0tdrr6j0a4l5gf2sjhw2scxpwnexmaxuqcev9em 6969

No, I want the dopamine provided by a manual refresh. I take my phone out of my pocket to use Amethyst, I don't leave it sitting out and open and wait for a note to appear. Also the feed skipping around seems to also come from the speed notes render anyways, which means lots of bouncing around. Less is more.

It is also annoying when the latest post is one you want to interact with, and another note loads underneath your thumb.

After the fall of the Roman Empire in the 5th century AD, many of its advanced technologies were lost or fell into disuse during the Middle Ages. Some were rediscovered centuries later, while others took even longer to return. Here are some of the most important Roman technologies that were lost:

1. Roman Concrete (Opus Caementicium)

The Romans developed an extremely durable concrete made from lime, volcanic ash, and seawater. This mixture allowed structures like aqueducts, bridges, and buildings to last for millennia. After the fall of Rome, the formula was lost, and concrete construction did not return to similar durability until the 19th century.

2. Hypocaust Heating System

The Romans used a central heating system called the hypocaust, which circulated hot air beneath floors and inside walls, particularly in bathhouses and wealthy homes. This technology was abandoned after the empire’s collapse and did not reappear widely until the Industrial Revolution.

3. Flexible Glass (Vitrum Flexile)

According to ancient sources, a Roman artisan presented Emperor Tiberius with a type of glass that could bend without breaking. Fearing it would devalue precious metals like gold and silver, Tiberius allegedly had the inventor executed, and the secret was lost. There is no physical evidence of this material, but the story suggests the Romans may have developed advanced glassmaking techniques.

4. Industrial Water Mills

The Romans built large-scale water mills to grind grain and process metals. One of the most impressive was the Barbegal mill complex in Gaul (modern France), considered the first industrial-scale factory in history. After Rome’s fall, many of these complex milling systems were abandoned and forgotten for centuries.

5. Durable, Well-Drained Roads

Roman roads were built with multiple layers of stone, gravel, and concrete, making them highly durable and resistant to water damage. After the empire’s fall, road construction in Europe declined, and medieval roads were far less sophisticated until modern engineering revived similar techniques.

6. Aqueducts and Sanitation Systems

The Romans built extensive aqueducts to supply cities with fresh water and advanced sewer systems like the Cloaca Maxima in Rome. After the empire’s collapse, many of these systems fell into disrepair, leading to worsening public health conditions and disease outbreaks in medieval Europe.

7. Precision Mechanisms and the Antikythera Mechanism

Although the Antikythera Mechanism was of Greek origin, the Romans also developed advanced gear-driven devices for sundials and measuring instruments. The knowledge of complex gears and mechanical engineering was largely lost and did not reappear until the Renaissance.

8. Large-Scale Dome and Vault Construction

The Romans mastered the construction of massive domes and vaulted ceilings, as seen in the Pantheon. After the empire’s fall, medieval architects struggled to replicate such structures, and large domes did not reappear until Filippo Brunelleschi’s dome in Florence during the 15th century.

9. Advanced Medicine and Surgery

Roman doctors used surgical tools such as scalpels, forceps, and needles and had knowledge of hygiene, anesthesia, and battlefield medicine. Much of this medical knowledge was lost during the Middle Ages, when European medicine relied more on superstition and religious practices.

10. Transparent Glass Windows

The Romans produced clear glass and used it for windows in homes and public buildings. This technique was lost for centuries, and in medieval Europe, windows were often made of stone with small openings, leather, or parchment. Clear glass windows only became widespread again in the Renaissance.

Many of these technologies were rediscovered, but their loss caused a setback in Western civilization’s progress.

Gooooood Moooooorning Vieeeeeeeetnaaaam.

"Beer Street" Hanoi🙋🏻‍♂️.

GM.

How much adrenochrome does Larry Ellison take?

Dude is 81 but looks 50.

I don't unfortunately. You can find more details on twitter via Adam Gaertner or William Makis, who is also working with a similar protocol.

ok im packing up and moving

Starts with COC and ends with aine. :)