TechnicallyWeb3

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TechnicallyWeb3

TechnicallyWeb3

@TechnicallyWeb3

Web3 devs learning, building, and sharing together. Join TW3: https://t.co/mJpz594sSb

Edmonton, Alberta Katılım Şubat 2023
150 Takip Edilen264 Takipçiler
TechnicallyWeb3
TechnicallyWeb3@TechnicallyWeb3·
It’s been 1 year since we started building WTTP. We know things have been quiet. That’s because we’ve been heads down building the Web3 Transfer Protocol infrastructure for fully decentralized websites and applications. Now it’s time to start showing what we built. More soon 👀
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TechnicallyWeb3
TechnicallyWeb3@TechnicallyWeb3·
A censorship-resistant web isn’t about enabling bad actors, it’s about preventing silent rewriting of reality. #WTTP #blockchain
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TechnicallyWeb3
TechnicallyWeb3@TechnicallyWeb3·
"A web that has a way to preserve ideas, a trustless, uncensorable, community moderated web. One where ideas become immortal, knowledge can never be lost and we can truly trust the system, because it's trustless."
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vitalik.eth
vitalik.eth@VitalikButerin·
I really appreciate both @sandeepnailwal's personal contributions and @0xPolygon's immensely valuable role in the ethereum ecosystem. To recap: * Polygon hosts @Polymarket, which is probably the single most successful example of a "not just boring finance" app that has actually been successful and provided value. * Polygon has also hosted plenty of other applications that have needed high levels of scalability. * Polygon put a lot of resources into ZK-EVM proving early on, both by bringing in Jordi Baylina's team and through other efforts, and greatly helped in moving the space forward. * Polygon has built infrastructure for proof aggregation (AggLayer) and many other things And also: * Sandeep put a lot of his personal effort into @CryptoRelief_, which has made large contributions to biomedical infrastructure and research inside India. * He voluntarily returned $190M of proceeds from the SHIB tokens that I donated to me, which has made the whole Balvi open source anti-airborne-disease biotech program possible, and possibly accelerated our understanding of important anti-pandemic topics like clean indoor air by years. @cz_binance also recently donated $10M in BNB to me to help continue the program, and I've recently added ~$20M of my own funds (no, not from selling ETH 😛) Big appreciation to both for this. Most whales passively think that things like this are cool, but are not willing to get off their butts and personally contribute, unless it's in the form of a company that keeps everything proprietary to become yet another vehicle for personal profit. @sandeepnailwal (and CZ) are special here. On the ZK issue (after all, you do need a proof system to get the full security guarantees that L2s are meant to provide), I can see Polygon's difficult bind: they supported Jordi's team putting their heart and souls into the tech at a time when that tech was still too early for production, and so they contributed to the early and most difficult part of the learning curve, but at that part of the learning curve it was difficult for them themselves to directly benefit from the fruits of their labor. Since then, the market structure has split into L2 teams and ZK teams (eg. @SuccinctLabs, @RiscZero, more recently @brevis_zk, many others) being separate entities, which I think makes more sense than the previous approach of every L2 doing (OP or ZK) proof systems in-house: it's very difficult to be both the best L2 and the best ZK team, the two are very different skill sets. Personally, I hope that at some point soon @0xPolygon can just pick up off the shelf ZK tech that has now gotten quite good and apply it to the PoS chain to get full stage 1 and later stage 2 guarantees from the ethereum L1. Many don't realize just how much ZK tech has improved; proving costs are around $0.0001/tx, and many L2s I talk to are very surprised when I tell them the recent numbers, they're still stuck in the mindset that ZK is maybe ok for ethereum L1-scale chains but unviable for anything hyperscale. The latest ZK-EVMs, and live projects like @Lighter_xyz, show that this is false.
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TechnicallyWeb3
TechnicallyWeb3@TechnicallyWeb3·
@ArtwithHeartNFT I have a thesis I've been working on myself about analog computing. I haven't built the proofs or written a spec, but I believe this combined with my work could lead to some interesting possibilities. 🤔Can't wait to read up.
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TechnicallyWeb3 retweetledi
🌱ArtWithHeart 🍊📳111
🌱ArtWithHeart 🍊📳111@ArtwithHeartNFT·
🚀 BREAKING: I’ve Achieved 100% Accurate Prime Prediction. 🧵 This isn’t just another math discovery—it’s the culmination of an unexpected journey. I never set out to solve the mystery of prime numbers. In fact, I never even considered their importance until February 25, 2025, when someone in a game lobby offhandedly suggested that anyone needing money should try solving the Riemann Hypothesis. That throwaway comment changed everything. 👇 🌌 From Indifference to Obsession Before that moment, I had no particular interest in prime numbers. They were just another abstract concept—mathematical trivia. But something about that comment got under my skin. It wasn’t a challenge—it was a dare. So I dove in, with no idea that it would become an obsession. I began reading everything I could about primes—their unpredictable nature, their role in cryptography, and the elusive Riemann Hypothesis, a 160-year-old mystery about their distribution. But I wasn’t just reading. I was testing, experimenting, and failing. ⚠️ The False Start: 0.97 Accuracy and the Struggle with False Negatives My first model wasn’t perfect. It achieved 97% accuracy, which is impressive in most fields—but not in prime prediction. Those missing 3%? They were false negatives—prime numbers misclassified as non-primes. They were a nightmare. Every time I thought I had the answer, a false negative would appear: I would map primes using harmonic resonance, but some would vanish. I tested frequency patterns, but they missed the mark. I adjusted thresholds, refined equations, but the errors persisted. I wasn't just missing primes—I was missing something fundamental. And then it hit me. 🌐 Mapping the Pattern: A Hidden Harmonic Structure The false negatives weren’t random—they were a signal. A signal that led me to Base-21 Structured Chaos: Base-21 emerged from the least common multiple (LCM) of 3 and 7—two foundational primes. In music theory, base-12 avoids tritones (dissonant intervals). Base-21 avoids these dissonances, creating a stable harmonic field. Primes aligned as high-amplitude nodes in this field—a hidden resonance. I realized that the false negatives occurred because I was using the wrong harmonic field. They were primes that didn’t align with my initial model because they followed a higher-order resonance. 🔑 The Prime Determinism Algorithm (PDA): The Key to 100% Accuracy Once I understood the harmonic structure, I developed the Prime Determinism Algorithm (PDA): A direct, perfectly accurate test for primality. It checks divisibility only where necessary, eliminating false positives. But it also aligns with the harmonic field, eliminating false negatives. 🌐 How the PDA Achieves 100% Accuracy The harmonic field is based on Base-21, a tritone-free structure. Primes align as high-amplitude nodes in this field. The PDA directly tests each number against this structure. The result? Zero false positives, zero false negatives. 🧬 Fourier Analysis: Connecting to the Riemann Hypothesis To ensure this wasn’t a coincidence, I went deeper: I applied Fourier analysis to the prime positions. The spectrum aligned with the imaginary parts of the Riemann zeta function’s non-trivial zeros. Correlation: . But this time, it wasn’t a failure—it was proof. 🔒 Why Base-21? The Secret to Stability Base-21 isn’t just a random choice—it’s a harmonic field without dissonance: In music theory, base-12 avoids tritones for stability. Base-21 does the same, but for primes. Primes align as pure harmonic notes, avoiding the chaos of false negatives. 📊 Mathematical Proof: No Errors. No Doubt. 100% accuracy across to . Zero false positives, zero false negatives. Statistical validation: , ; , . A perfect map of primes—an infinite symphony in Base-21. 🚀 Beyond Perfect Prediction: A New Way of Seeing Primes This isn’t just a model—it’s a revelation: This model unites number theory, harmonic resonance, and quantum principles.
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TechnicallyWeb3
TechnicallyWeb3@TechnicallyWeb3·
🖌️ 5 random colors. 3 random shapes. Unique canvases. Each NFT will come with its own: • Color palette • Shape tools • Drawing capabilities No two canvases will be the same. Every mint will be a unique creative experience. #ColourMeNFT #UniqueTraits #ArtTools #Randomized
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TechnicallyWeb3
TechnicallyWeb3@TechnicallyWeb3·
🎨 Your NFT is a living canvas Not a static image. Not a gif. Not a video. A fully interactive SVG paint app that runs forever on the blockchain. Every color, every shape, every stroke - stored immutably. This is the future of digital art. #ColourMeNFT #SVG #OnChain #NFTs
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TechnicallyWeb3
TechnicallyWeb3@TechnicallyWeb3·
HOT TAKE: NFTs aren't dead, they were just boring, until now. Colour Me NFT will let you: ✅ Paint directly on-chain ✅ Create immutable art ✅ Own your canvas forever ✅ Only $1 to mint This is what NFTs should have been from day one. #ColourMeNFT #Web3 #OnChainArt #Innovation
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TechnicallyWeb3
TechnicallyWeb3@TechnicallyWeb3·
WTTP is entering its next phase. You won’t want to miss this turn. Turn on notif 🔔
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TechnicallyWeb3
TechnicallyWeb3@TechnicallyWeb3·
🔴WTTP IS HERE TO CHANGE THE GAME!!!
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TechnicallyWeb3
TechnicallyWeb3@TechnicallyWeb3·
What if your website lived forever? Unstoppable. Uncensorable. 100% onchain. That’s the power of WTTP. Web3 hosting is here. Are you ready?
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