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t4es5ter5
199a8ef55ac0e4c80cd034caffe3702724255a3e4d1aaed12b245c5156e230a6
Maximalist to the bone

Is nostr:npub1m4nr2al5yqurkprhmqghcuysnxgyk3tc00lgwwkp6dnwu06v6adqq2x9js node going down for good? I see a lot of force closed channels (including mine) just happened 2-3 hours ago? 🐶🐾🫡

#asknostr

Maybe this node is also situted in Malta? There are alot of power outages the recent weeks here. My node t4es5ter5 was also victim of it and it caused me also many forced close channels. An UPS could not safe it because the power outages lasted more than 4 days with totally no power.

-173°C is relative easy to archive for big organizations. If you can sweep to whole blockchain at minus 173 celcius that would be totally worth it imo.

Thanks for the heads up. Back online again. Hopefully for a longer time than the past days. Bought also extra UPS equipment to tackle to power outages

Many blocks to go till rescan to current block 801213.

After that my main node can be accessible again (including the t4es5ter5@bitbubblex.com lightning address.... Hopefully not to many force closures. Have already so many due power outages here in Malta

https://amboss.space/node/0204a91bb5802ad0a799acfd86ef566da03d80cc9e13acb01e680634bf64188a0d

Node is down currently. If you followed me or zapped me in the past you would have seen my own inaptcanvas28@walletofsatoshi.com lightning address. As soon as my node is back online it will put this address back in use

Thanks for your heads up. It is luckely a reproducable bug. I made a bug report: https://github.com/lightningnetwork/lnd/issues/7863 .

So the 1 BTC bounty is off the table 😜

But still I am affraid of force close channels because of a possible too long offline situation with my node... We will see.

nm. It is reset-wallet-transactions=true in the lnd.conf. Once you put this in your lnd.conf it cannot be undone. Even if you remove this option it keeps rescanning EVERY TIME you restart your lightning node. And yes, it was finished rescanning, so that is not the cause. I am gonna make a bug report on this

It is a huge bug. I am planning to give anyone a ONE BTC bounty to find the cause. Yes ONE BTC. Because it only occurs here and not on addition lightning nodes (yes, i have 34 nodes running) It is very hard to reproduce

Every time I restart my lightning node it does a full rescan?!

I am 100% sure I removed the reindex from my lnd.conf

It does after a restart a full resync with the blockchain:

Started rescan from block 0000000000000000000bff39e6f912e50d933ab77e71e02cfcd9a5131496a1ad (height 666362) for 2500 addresses

This process takes at least 24 hours and the node is offline for all my connected channels.

Again I am 100% sure I removed the reindex from the lnd.conf!

Anyone has ever this problem?

Replying to Avatar t4es5ter5

That's quite an intriguing and comprehensive explanation! Room Temperature Superconductors (RTSC) would indeed be a game-changing discovery with the potential to revolutionize technology across a variety of fields, as you mentioned. If the Koreans have truly developed a room temperature superconductor, this is a monumental achievement.

The theory you've proposed, involving the nuclear spin of Lead-207 and its potential to enable quantum entanglement on a macro scale, is quite intriguing. It's important to note that while quantum entanglement is typically observed at micro levels, the macro level, as suggested by your hypothesis, could open a completely new understanding of physics.

However, this theory is speculative and would require rigorous testing to validate.

In addition to this, while the unique nuclear spin of Pb-207 might contribute to this phenomenon, it's not clear if this alone could create the conditions necessary for superconductivity at room temperature. There are likely additional material characteristics or environmental conditions necessary.

Now, to answer some of your implied questions:

1. Verifying a breakthrough like this is a lengthy process, and the scientific community will need to carry out independent tests to confirm the findings. So, while the betting markets might lean one way or the other, the definitive word on this will come from multiple successful independent validations.

2. Your theory about using Pb-207 to create a RTSC is interesting, but it's important to remember that superconductivity is a complex phenomenon that depends on a number of factors. While nuclear spin may play a role, other factors such as lattice structure, phonon interactions, and other material properties can significantly influence superconductivity.

The material being a specific isotope of Lead is speculative at this point, and testing this would involve creating a sample with a high concentration of Pb-207 and testing its superconducting properties under various conditions.

Lastly, this whole situation emphasizes the importance of interdisciplinary knowledge in today's science. Complex problems like discovering RTSC require a mix of understanding from areas like quantum physics, material science, and even computer science for simulations.

Exciting times indeed! We'll have to wait and see how the situation evolves and what new developments emerge.

(Sorry I had to post this to GPT-4 😆) . This was his answer

Replying to Avatar ⚡️🌱🌙

🚨 NOSTRFLASH 🚨

OK, there is a lot of news on various outlets about LK-99 and the ongoing race to validate/refute of 3 Koreans who claim to have created the world’s first room temperature superconductor.

I will give a quite info dump here.

1). WTF is this? Room temp superconductors (RTSC) are basically unobtainium. This is the stuff in the Avatar movie. It was calculated earlier this week that it would take an exascale machine (1x human is 20 petaflops) around 100 million years to brute force a 50:50 chance of discovering such a material. It’s a super hard problem.

2). Why do we care? Such a material can move electricity with zero resistance, this means no heat or waste from electronics. It means super dense chips, data centres without thermal limits, it means powerful enough magnets to hold proper fusion plasma, it means quantum computers with no thermal error, it means science instruments with no noise, zero loss transmission lines, vastly superior battery tech, proper ionic space engines.

That just some of the stuff we can predict today, there are no doubt many totally unforeseeable things too. It’s basically a completely new paradigm of human capabilities. It’s on par with humans discovering coal.

It means the 21st century will be unrecognisable compared to 20th century, as information and energy technologies are completely reset at a higher science foundation.

3). Is it real? Currently betting markets are 50:50 having been only 5-12% positive last week. The consensus is shifting towards “this is real” that’s not how these things usually go.

What do I know?

I have read the background and the science papers and spoken to a few people. I am the sort of person who reads patents as a hobby, have seen BS claims before. This looks real, has a new hypothesis that has been validated by world class simulation centre in Lawrence Bell Nation Labs, and various labs are now beginning to publish papers replicating physically what the Koreans claim.

My own theory is that the superconductor is a particular isotope of lead. Specifically Pb 207, only 22% of Lead is Pb-207 sI believe some enrichment may be required to achieve a pure RTSC. I expect various entities to race to construct such plants if this theory is confirmed. Why do I think this?

Because Lead-207 has unique nuclear spin properties among stable lead isotopes.

Isotopic properties.

Lead-204: Spin = 0

Lead-206: Spin = 0

Lead-207: Spin = 1/2

Lead-208: Spin = 0

Copper-63: Spin = 3/2

Copper-65: Spin = 3/2

Only 22.1% of Lead is 207.

My own theory is that RTSC is a macro phenomena of engineered quantum entanglement, where the spins of individual Pb-207 nuclei become entangled with each other. This could potentially influence the electron behavior on a macroscopic scale. This might aid in forming Cooper pairs, enabling superconductivity.

Any Questions?

That's quite an intriguing and comprehensive explanation! Room Temperature Superconductors (RTSC) would indeed be a game-changing discovery with the potential to revolutionize technology across a variety of fields, as you mentioned. If the Koreans have truly developed a room temperature superconductor, this is a monumental achievement.

The theory you've proposed, involving the nuclear spin of Lead-207 and its potential to enable quantum entanglement on a macro scale, is quite intriguing. It's important to note that while quantum entanglement is typically observed at micro levels, the macro level, as suggested by your hypothesis, could open a completely new understanding of physics.

However, this theory is speculative and would require rigorous testing to validate.

In addition to this, while the unique nuclear spin of Pb-207 might contribute to this phenomenon, it's not clear if this alone could create the conditions necessary for superconductivity at room temperature. There are likely additional material characteristics or environmental conditions necessary.

Now, to answer some of your implied questions:

1. Verifying a breakthrough like this is a lengthy process, and the scientific community will need to carry out independent tests to confirm the findings. So, while the betting markets might lean one way or the other, the definitive word on this will come from multiple successful independent validations.

2. Your theory about using Pb-207 to create a RTSC is interesting, but it's important to remember that superconductivity is a complex phenomenon that depends on a number of factors. While nuclear spin may play a role, other factors such as lattice structure, phonon interactions, and other material properties can significantly influence superconductivity.

The material being a specific isotope of Lead is speculative at this point, and testing this would involve creating a sample with a high concentration of Pb-207 and testing its superconducting properties under various conditions.

Lastly, this whole situation emphasizes the importance of interdisciplinary knowledge in today's science. Complex problems like discovering RTSC require a mix of understanding from areas like quantum physics, material science, and even computer science for simulations.

Exciting times indeed! We'll have to wait and see how the situation evolves and what new developments emerge.