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Nothing on this profile page should be taken as financial advice. $BTC 👑 $QTC ⚛️ @qubitcoinx

under the sea
Joined June 2025
Photo by Ladon (@RealLadon)Photo by Ladon (@RealLadon)Photo by Ladon (@RealLadon)Photo by Ladon (@RealLadon)Photo by Ladon (@RealLadon)Photo by Ladon (@RealLadon)Photo by Ladon (@RealLadon)Photo by Ladon (@RealLadon)Photo by Ladon (@RealLadon)Photo by Ladon (@RealLadon)
Year 2 - @qubitcoinx $QTC A genuine milestone for crypto in terms of innovation, even if 99.99% don't realize it. Hybrid quantum-classical computing is the next generation move. That's why IBM, Google, and many of the other big players are actively researching and developing in this space. Qubitcoin has first mover advantage in the decentralized space and are the only ones doing this. A global network of GPUs and CPUs is the ultimate goal, with QTC being the reward and the currency. The output is processed (verifiable) quantum data and, ultimately, more efficient quantum machines. Mainnet next for task #2. Community call on 8th Nov 2026.
Two years of Qubitcoin! 🎉 Our second computational task, decoding random stabilizer codes, is now live on testnet. A new milestone for Superdense Consensus! Join our community call: Sunday, Nov 8, 12 PM ET. Thank you for two years of support!
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Ladon retweeted
1/ qubitcoin-2:native 's two testnet mining tasks don't each aim for a block every 10 minutes. Each targets one every 20 minutes. Together, the design aims for one block every 10 minutes across the chain.
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Learn, research & try Qubitcoin's testnet. 80 videos + a new Testnet & deqode section on Atlas and our Telegram bot. Atlas: qubitcoin-atlas.org/#videos Bubble Map group: t.me/+Tzvsne-OBj5mZThi Unofficial node/miner kit: github.com/alfonsknecht67-by… #Qubitcoin #QTC qubitcoin-2:native
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Qubitcoin SuperDense Consensus is a historical breakthrough unfolding in our faces. For the first time a chain validates two different task in harmony. Here is an initial assessment of the Testnet 👇 @qubitcoinx $QTC youtube.com/shorts/kOlqkuChO…
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Instead of such negativity please help us share love and positivity by sharing my beautiful boys picture ♥️ #CancerHasNoColours bradleyloweryfoundation.com
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qubitcoin-2:native #QUBITCOIN Qubitcoin testnet kit update: mine qhash-cpu and deqode—the second task—separately or together. One node + wallet, separate settings and logs, plus start/stop controls. No node reinstall needed. Unofficial community kit: github.com/alfonsknecht67-by…
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JUST IN: THERE HAVE BEEN 24.4M COINS LAUNCHED ON PUMPFUN 312 ARE CURRENTLY ABOVE $100K MARKET CAP
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Im just a simply men. I'm just believin in $QTC vision. Thats why im a longterm holder. @qubitcoinx
Deqode is the name of the new (second) $QTC task. @qubitcoinx Qhash is the first, and is live on mainnet, and if testing goes well both tasks will be live simultaneously on mainnet in the future. Having looked at the 2nd task repo every block gives now miners a puzzle comprised of: - 288 qubits - 187 random checks and; - a readout showing which checks got tripped. Therefore, the miner's job is to determine a set of at most 45 'faulty qubits' that explains that readout. Having also gone through this with Claude AI, there's bout 10^74 possible answers, an absolutely insane number, so miners need to search hard especially as competition (ie the network # miners) grows. But once a miner finds one, everyone else can confirm it in a split second on any laptop as the team has made this CPU friendly ie even the most basic computers can contribute. This is a smart move and opens the audience for Qubitcoin to anyone with a PC or laptop. Again, this is exactly what a real quantum computer's error-correction system does in function - look at the triggered checks, work out which qubits went wrong, fix them = error corrected... and this is all happening now on Qubitcoin’s latest testnet (first take, QHash is live already on main). So miners are practising the hardest part of making quantum computers work all via a blockchain. It's absolutely genius. QTC is the reward for the effort. The Qubitcoin team has solve a utility problem that many have tried and failed at before over the last 14 years. A new frontier is being played out before our eyes.
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$QTC is about to become impossible to ignore. 🚀 Superquantum just announced Deqode, its SECOND quantum computing workload, on testnet. Let that sink in. While most crypto projects are still selling narratives, Qubitcoin is building real infrastructure at the intersection of AI, quantum computing and blockchain. Two workloads. One ambitious vision. A ridiculously small valuation. If Superquantum delivers on its roadmap, today’s market cap could look absolutely absurd in hindsight. The market hasn’t even begun to price in the potential. $QTC isn’t just another altcoin. It’s an asymmetric bet on an entirely new computing paradigm. And we’re still ridiculously early. Bullish doesn’t even begin to describe it. 🔥 bitcointalk.org/index.php?to…
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Qubitcoin mining tasks (Qhash, Deqode) give miners block puzzles of 288 qubits and 187 random checks. Miners identify at most 45 faulty qubits to practice quantum error correction, verified quickly on a basic CPU to earn $QTC rewards. @qubitcoinx youtube.com/shorts/y1xBEgfWw…
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Deqode is the name of the new (second) $QTC task. @qubitcoinx Qhash is the first, and is live on mainnet, and if testing goes well both tasks will be live simultaneously on mainnet in the future. Having looked at the 2nd task repo every block gives now miners a puzzle comprised of: - 288 qubits - 187 random checks and; - a readout showing which checks got tripped. Therefore, the miner's job is to determine a set of at most 45 'faulty qubits' that explains that readout. Having also gone through this with Claude AI, there's bout 10^74 possible answers, an absolutely insane number, so miners need to search hard especially as competition (ie the network # miners) grows. But once a miner finds one, everyone else can confirm it in a split second on any laptop as the team has made this CPU friendly ie even the most basic computers can contribute. This is a smart move and opens the audience for Qubitcoin to anyone with a PC or laptop. Again, this is exactly what a real quantum computer's error-correction system does in function - look at the triggered checks, work out which qubits went wrong, fix them = error corrected... and this is all happening now on Qubitcoin’s latest testnet (first take, QHash is live already on main). So miners are practising the hardest part of making quantum computers work all via a blockchain. It's absolutely genius. QTC is the reward for the effort. The Qubitcoin team has solve a utility problem that many have tried and failed at before over the last 14 years. A new frontier is being played out before our eyes.
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@NaoXprotocol little update for info, community is still keen to see a link-up between you and @qubitcoinx in future. The team have been grinding on the second task so I sense they're still a little tied up. Either way, blockchain is now being used to research actual quantum tasks, albeit in testnet for now, and I think ultimately strengthens the need for PQC on and off chain.
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Qubitcoin's decentralized economic model separates hardware ownership from usage, lowering quantum tech's financial barriers. Miners bear capital costs while users buy compute access as needed, scaling efficiently with demand. $QTC @qubitcoinx youtube.com/shorts/z5pdPA5n0…
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⛏️ Qubitcoin Testnet Mining Update! 🚀 Our CPU miner is running on the public testnet! 📊 Block height: 189 ⚡ Estimated network rate: 1,398.81 work/s We're monitoring network performance and block production. #Qubitcoin #QTC #Testnet
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🧪 Want to run a Qubitcoin testnet nSSSode or try CPU mining? Here’s a step-by-step beginner guide: alfonsknecht67-byte.github.i… You can read it directly in your browser and inspect the scripts before downloading. P.S: This is an unofficial community test version. $QTC
🤖 Made with AI
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Ya saqué todo mi dinero de Binance y lo moví a un sitio seguro.
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BREAKING: Almost $1 TRILLION has been wipedout from US stock market at open as S&P 500 dumps 1.11%.
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We’re excited to announce that our second computational task is now live on testnet! This milestone has been months in the making. Behind this release are countless hours of research, development, experiments, and testing, and reaching this point on Qubitcoin’s second anniversary makes it even more special. With the second task now on testnet, we can begin testing how two computational problems operate alongside each other on the QTC network. This is an important step toward realizing the broader vision of Superdense Consensus. Before diving into the details, we want to thank everyone who has supported Qubitcoin throughout these two years. Your curiosity, contributions, and continued belief in the project have been an important part of this journey. Technical Details In our last update, we shared that we were running experiments to determine the deployment parameters for the second task. Today, we’re excited to take the next step and open it up for testing. The task centers on decoding quantum error-correcting codes, specifically finding low-weight errors that match a given syndrome in dense random stabilizer codes. This opens an opportunity for QTC miners to develop and benchmark decoding algorithms relevant to fault-tolerant quantum computing research. The testnet will help us study how computational difficulty scales as participation grows and solvers improve. It will also put Superdense Consensus to the test, allowing us to see how the two tasks operate together under real network conditions. The mainnet release will be accompanied by a detailed explanation of the task’s mechanics, design choices, and scientific relevance, so everyone can examine the technical foundations and evaluate the work. What’s Next To introduce the task and help early participants get started, we’ll host a community call on Sunday, November 8, at 12:00 PM ET. We’ll walk through the computational problem, explain how it fits into Superdense Consensus, and answer your questions. For the team, seeing this second task reach testnet after months of development is a moment we’re particularly proud of. There’s still plenty of work ahead, and the results from testing will be an important part of determining the next steps. Two years into Qubitcoin, we’re continuing to build, experiment, and work on the ideas that brought this project together in the first place. Thank you for being part of it. Happy second anniversary, Qubitcoin! 🎉
Two years of Qubitcoin! 🎉 Our second computational task, decoding random stabilizer codes, is now live on testnet. A new milestone for Superdense Consensus! Join our community call: Sunday, Nov 8, 12 PM ET. Thank you for two years of support!
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Happy birthday, @qubitcoinx ! Proud of the team’s accomplishments and the network’s expansion. Introducing the deqode task comes at the perfect time to advance fault-tolerant quantum computing and help make useful quantum computers a reality. Cheers to another year of growth and breakthroughs.
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Happy birthday, @qubitcoinx ! Proud of the team’s accomplishments and the network’s expansion. Introducing the deqode task comes at the perfect time to advance fault-tolerant quantum computing and help make useful quantum computers a reality. Cheers to another year of growth and breakthroughs.
Two years of Qubitcoin! 🎉 Our second computational task, decoding random stabilizer codes, is now live on testnet. A new milestone for Superdense Consensus! Join our community call: Sunday, Nov 8, 12 PM ET. Thank you for two years of support!
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