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thrasherXBT
788 posts


🚨The latest version of Bitcoin Knots now enables BIP-110 by default.🚨
Anyone who runs BIP-110 code will find their node stops working and gets forked off the network in August.
As such, I've created a handy countdown timer for us to watch the disaster!
jlopp.github.io/knotzi-death-m…
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@ameensol If I had to choose from your list, I would go with 6, but I would call it "conventional privacy" or "day-to-day privacy" because it's very resemblant of the privacy we have when using all the Web2 apps.
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my favorite part about strkBTC (and strk privacy in general) is that they added a backdoor which has global god mode viewing privileges and you'll never even know if it was used or not
but they still advertise it as "privacy"
Eli Ben-Sasson | Starknet.io@EliBenSasson
Privacy is the missing piece for Bitcoin in DeFi. May 12. strkBTC.
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thrasherXBT retweetledi

@Kushed_Crypto @unstoppablebyhs a default public ledger with only a quarter of the users participating in the anonymity set, idgi
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@unstoppablebyhs Why is ltc and ztash there? Only one that's 100% private is Monero.
Barely 30% of ztrash supply is private 😆
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@ScienceFocusonX Interferometric imaging of amplitude and phase of spatial biphoton states
nature.com/articles/s4156…
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Einstein called it "spooky." Now we've finally seen it with our own eyes.
For nearly a century, quantum entanglement lived in the realm of equations and imagination. Two particles, bonded across any distance, instantly mirroring each other's behavior. Untouchable. Unseeable. Almost mythical.
Then physicists pulled off the impossible.
A team from the University of Ottawa, working alongside Sapienza University of Rome, captured something no human had ever directly witnessed: a real-time visualization of two photons locked in quantum entanglement.
The image looks like a glowing yin-yang etched into the cosmos.
That swirl isn't an illustration. It's actual data, reconstructed using a brand-new technique called biphoton digital holography, where an ultra high-precision camera records the wavefunction of the entangled pair as it unfolds.
Let that land for a second.
We're looking at the exact phenomenon Einstein refused to accept. The "spooky action at a distance" he spent years trying to disprove. Two particles behaving as one, no matter how far apart, sharing a quantum state we could only describe in math until now.
The research was published in Nature Photonics on August 14, 2023.
This isn't just a pretty picture. It's a leap forward for quantum computing, quantum communication, and every technology that depends on understanding entanglement at this level of precision.
Future quantum measurements that used to take ages? This method could collapse that timeline dramatically.
The universe just let us peek behind the curtain.
And what we saw was beautiful.
Source: Nature Photonics / University of Ottawa & Sapienza University of Rome

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@aaron_vdp @GrizzledTexan @jcthebadcat @cgarciae88 in any case, no point in debating when you conflate "submarines can't swim" with "functionally incapable of moving itself through water"
wish you all the best
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@aaron_vdp @GrizzledTexan @jcthebadcat @cgarciae88 doesn't sound like you manage the technical aspects
automatons can solve problems but not form ideas, a gan can generate 'ideas' and validate them through its own discriminator, a reinforcement learning model can generate solutions that could not be made from expert analysis etc
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@aaron_vdp @GrizzledTexan @jcthebadcat @cgarciae88 for context, have you ever built anything yourself using semantic similarity / affinity or is this debate entirely philosophical for you?
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