Así o más claro? Solo en centros penitenciarios morena le ganó al PRI en Coahuila 🤣🤣🤣🤣 ®️ DAQC Por periódico Vanguardia Saltillo

We have published a new paper on arXiv. This one is about a new DAQC protocol for Hamiltonian simulation. This has been a nice colaboration between the quantum computing group at the DLR in germany and the UPV/EHU at the basque country. scirate.com/arxiv/2511.11404

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#HOLO NASDAQ: ( $HOLO ): A pioneering force in quantum computing breakthroughs: 1-Achieved high-precision quantum computing in complex scenarios involving quantum oscillations – a breakthrough for deep optimization and broader quantum circuit applications. 2-Introduced a new paradigm called Digital-Analog Quantum Computing (DAQC), combining the flexibility of digital quantum computing with the robustness of analog simulation. 3-Successfully integrated efficient algorithms, especially for Quantum Fourier Transform (QFT), showing strong early-stage practical applications. 4-Leveraged the DeepSeek model to optimize digital-simulated quantum computing, significantly improving efficiency and offering fresh insights for future quantum algorithm design and enhancement. finance.sina.com.cn/tech/rol…

How Supra Ensures Data Availability. Before any batch is added to a block, clan nodes verify they’ve received the data. Once a simple majority of nodes votes yes Supra generates a DAQC Data Availability Quorum Certificate. As the whitepaper explains: The aggregation of a simple majority of the votes results in a DAQC that guarantees at least one honest node in the clan has the full transaction data. Ensures data exists and is retrievable Guarantees safe inclusion in a future block Keeps blocks light while maintaining integrity With DAQC, $Supra doesn’t guess if data is available it proves it, first. #Supra #BlockchainInfra #DataAvailability #DAQC #Day6 @SUPRA_Labs @anoma @cookiedotfun #COOKIE

PARALLEL EXECUTION: Supra’s Secret Weapon for Speed & Scale Once a transaction is finalized, $Supra doesn’t bottleneck execution. Instead, it sends the batch to a specialized execution group called a clan and multiple clans execute in parallel. Here’s how it works 👇 Each clan is a small committee of nodes that receives batches through the xRBC protocol (Extended Reliable Broadcast Channel). These batches are pre-ordered and DAQC certified, so clans can immediately: 1. Execute transactions 2. Compute the post-state 3. Create a Merkelized state commitment 4. Sign and broadcast the new state root From there, the final state is shared across the entire tribe. From the $Supra whitepaper: Different clans execute different batches in parallel... they compute the post state, Merkelize it, and broadcast the result. @SUPRA_Labs @cookiedotfun @JoshuaTobkin

WHAT IS DAQC AND WHY IT MATTERS ON SUPRA BLOCKCHAIN Most blockchains rely on mempools, hoping validators eventually include your transaction. But $Supra does things differently and it starts with DAQC. DAQC : Data Availability Quorum Certificate It's not just a signature. It’s a guarantee. When a batch proposer forms a batch of transactions, it must be verified and signed by a clan. This produces a DAQC, certifying that the transaction data is: ✅ Valid ✅ Available ✅ Ready for consensus From the Supra whitepaper: A batch must form a Data Availability Quorum Certificate (DAQC) before it is included in the block. This step happens before consensus, meaning your transaction’s inclusion is guaranteed even before it’s ordered. With DAQC: You're locked in. Ready to move through Moonshot consensus and on chain execution. @SUPRA_Labs @JoshuaTobkin @JonEvansJones @cookiedotfun @JamesBondsama #SUPRA #COOKIE

EXECUTION FINALITY: The Point of No Return On most blockchains, final can mean maybe final until a network issue proves otherwise. But on $Supra, Execution Finality is the moment your transaction becomes: ✅ Computed ✅ Sealed ✅ Unstoppable Here’s how 👇 After a transaction is: Pre confirmed with a DAQC Ordered immutably via Moonshot consensus it moves into the final stage: Execution by the clan. Each clan: Runs the batch in parallel Computes the post state Merkelizes that state Signs the Merkle root And returns it to the Gateway RPC 📖 According to the Supra whitepaper: Once this stage is complete, the transaction’s execution results are final and irreversible. The Gateway RPC verifies the Merkle root, and your wallet is notified. At that point: Your transaction is confirmed The world sees it It can never be undone @SUPRA_Labs @JoshuaTobkin @JamesBondsama @aniketpkate

🎯 MOONSHOT CONSENSUS: Ordering With Precision After your transaction is validated and included in a DAQC signed batch, Supra’s consensus engine steps in and that engine is called Moonshot. Moonshot isn’t just another BFT consensus. It’s a high speed, PBFT based protocol designed for one job. What Moonshot Does: 1. Receives certified batches (with DAQC) 2. Finalizes the block that includes them 3. Fixes the exact order of transactions in the global chain Once a transaction is finalized in this block: ✅ Its position is immutable ✅ Its order relative to others is guaranteed ✅ It moves on to execution with no reordering risk As the whitepaper states: “Ordering Finality is reached when the consensus protocol finalizes a block... the position of transaction t becomes fixed and immutable, determining its execution order relative to other transactions.” On Supra, consensus isn’t a bottleneck it’s a launchpad for execution. Moonshot ensures every transaction lands exactly where it belongs no ambiguity. @SUPRA_Labs @cookiedotfun #SUPRA #COOKIE

IonQ Kipu Quantum GmbH, founded in 2021 and based in Karlsruhe and Berlin, Germany, is a quantum computing startup focused on developing application- and hardware-specific quantum algorithms to deliver near-term industrial value. The company aims to accelerate quantum advantage—where quantum computers outperform classical systems—by creating compressed algorithms that require significantly fewer quantum resources, enabling practical use on current noisy intermediate-scale quantum (NISQ) hardware. Kipu’s solutions target industries like pharmaceuticals, chemicals, logistics, finance, and telecommunications, addressing complex problems such as protein folding, optimization, and network resilience. Kipu’s flagship innovation is its Bias-Field Digitized Counterdiabatic Quantum Optimization (BF-DCQO) algorithm, which has demonstrated breakthroughs, including record-breaking protein folding simulations (up to 12 amino acids) with IonQ and outperforming classical solvers in higher-order unconstrained binary optimization (HUBO) problems on IBM’s 156-qubit Heron processor. The company also champions Digital-Analog Quantum Computing (DAQC), a hybrid approach that reduces circuit depth and leverages native hardware interactions, making it ideal for NISQ-era applications like quantum simulation and chemistry. Kipu’s acquisition of the PlanQK platform in July 2024, with over 100 organizations, enhances its ability to commercialize these algorithms, connecting developers, researchers, and industrial users.[](cbinsights.com/company/kipu-…)[](embedded.com/kipu-quantums-b…)[](thequantuminsider.com/2025/0…) Led by CEO Daniel Volz, Chief Strategy Officer Tobias Grab, and Chief Visionary Officer Enrique Solano, Kipu’s team combines over 25 years of quantum R&D with industry experience from McKinsey, BASF, and a prior startup exit to Samsung. The company has raised €10.5 million in seed funding, led by HV Capital and DTCF, with additional investors like Quantonation and Hermann Hauser’s Onsight Ventures. Kipu collaborates with major players like BASF, IBM, Pasqal, and QuEra, and its PlanQK platform serves clients like DB Systel and TRUMPF. Despite its progress, Kipu faces challenges from competitors like Classiq and ParityQC, and the broader quantum industry’s scaling limitations. Nevertheless, Kipu’s focus on practical, hardware-agnostic solutions positions it as a frontrunner in the race for industrially relevant quantum computing.[](thequantuminsider.com/2023/1…)[](kipu-quantum.com/about/our-t…)[](thequantuminsider.com/2023/1…)

No No Tyrants protest in Mtl on June 14 — but DA Ottawa welcomes us at theirs! 📍U.S. Embassy, 2PM 🔗RSVP: democratsabroad.org/racheleu… 🚗Need/offer a ride? tinyurl.com/daqc-carpooling We’re planning events here too—social & protest. 💬Got ideas or want to help? DM us! #NoTyrants #DAQc

Join @DemsAbroadQc Quebec the first Meet & Greet Happy Hour of the year! Connect with fellow Dems, meet the new DAQC Executive Committee, and enjoy an evening of camaraderie. Monday, May 19, 5PM TOI, MOI & CAFÉ 🔗 RSVP and more info: democratsabroad.org/ca_quebe… #AmericansinCanada

I asked @grok, What are the applications for: $HOLO MicroCloud Hologram Inc. Launches a New Computing Paradigm -- Digital Analog Quantum Computing (DAQC) MicroCloud Hologram Inc.'s launch of the Digital Analog Quantum Computing (DAQC) paradigm introduces several potential applications across various fields, leveraging the unique combination of digital and analog quantum computing approaches. Here are some of the key applications based on the available information: Quantum Algorithm Optimization: Quantum Fourier Transform: DAQC has been particularly noted for its efficiency in calculating the Quantum Fourier Transform, which is a crucial subroutine for many quantum algorithms. This could lead to more effective quantum algorithms for tasks like quantum search, simulation of quantum systems, and quantum cryptography.📷 Error Reduction in Quantum Computing: DAQC aims to address challenges in the Noisy Intermediate-Scale Quantum (NISQ) era by eliminating errors from entangling two-qubit gates. This improvement in fidelity could make quantum computations more reliable and practical for real-world applications.📷📷 Quantum Simulation: With its ability to simulate dynamics of complex quantum systems, DAQC can be applied to simulate materials at the quantum level, potentially speeding up the development of new materials with desired properties in fields like materials science and chemistry. Machine Learning and AI: Quantum computing holds promise for enhancing machine learning algorithms, particularly in pattern recognition, data classification, and optimization problems. DAQC's efficient handling of quantum algorithms could lead to breakthroughs in AI by providing more computational power for training quantum machine learning models.📷 Cryptography and Security: DAQC could be pivotal in quantum cryptography, enhancing secure communication methods like quantum key distribution (QKD) by providing more robust and efficient quantum operations. This could yield new methods for secure data transmission that are theoretically unbreakable by classical computers. Medical Research: By simulating complex biological systems at a quantum level, DAQC could contribute to drug discovery, understanding protein folding, or modeling biological processes with unprecedented detail, potentially leading to faster drug development and personalized medicine.📷 Financial Modeling: Quantum computing's ability to handle vast amounts of data and perform complex calculations can be applied to financial modeling, risk assessment, and portfolio optimization, where DAQC's improved fidelity could provide more accurate and faster analyses.📷 Quantum Supremacy and Quantum Advantage: DAQC is described as a pathway to achieving "useful quantum supremacy," where quantum computers perform tasks that classical computers cannot do in a reasonable time frame. This could push forward the practical application of quantum computing in various industries beyond theoretical research.📷 These applications showcase the potential of DAQC to bridge the gap between theoretical quantum computing and practical, real-world use, particularly in areas where traditional digital quantum computing faces significant challenges due to noise and error rates.

$LUNR $LUNRW - don't forget to buy the 'W', too! And I've just 'stocked up' (I think this will be my new favorite phrase - lol!) on $HOLO and $HOLOW - is very low, right now, is a brilliant discovery - something to add to your Stock Market picks! #ToTheMoon, Baby! Digital Simulated Quantum Computing (DAQC)

$HOLO WOULD BE THE BIGGEST CHINA NAME TO RUN NEEDS 2.10 THEN 2.40 THEN $MLGO $WIMI HOLO Yesterday, 09:10 AM MicroCloud Hologram Inc. Develops Quantum Nonlinear Optical Holography Technology to Assist in the Generation of Spatial Entangled Qudits Friday 10 Jan, 11:15 AM MicroCloud Hologram Inc. Researches Holographic Technology Based on Quantum Tensor Network States Jan 06 2025, 10:30 AM MicroCloud Hologram Inc. Launches a New Computing Paradigm -- Digital Analog Quantum Computing (DAQC)

$HOLO -!MicroCloud Hologram Launches a New Computing Paradigm -- Digital Analog Quantum Computing (DAQC) stocktitan.net/news/HOLO/mic…

$HOLO MicroCloud Hologram Inc. Launches a New Computing Paradigm -- Digital Analog Quantum Computing (DAQC)

$HOLO MicroCloud Hologram Inc. Launches a New Computing Paradigm -- Digital Analog Quantum Computing (DAQC) stocktitan.net/news/HOLO/mic…

In summary, our major insight is: Data dissemination is expensive and a major constraint for individual nodes. We decouple data dissemination from Consensus and execution. There are more performance gains to be had by focusing on data dissemination vs. consensus vs. execution. All need to be optimized but the major opportunity for better blockchain performance is optimizing data dissemination through our unique tribe and clans network architecture. DAQC can be achieved with 51% of a randomized sub-committee and maintain strong security with high probability. Data doesn’t have to propagate to everyone immediately if the same sub-committee is responsible for executing the tx (useful especially since we provide MultiVM support) Each node can be a batch proposer this way, and our blockchain remains relatively tiny (only batch hashes and DAQC) So, blocks are lightweight and faster to disseminate to the entire network, thus achieving global ordering/consensus quicker. Hence we maintain great performance even beyond 300 nodes. DAGs also have each node propose blocks, but performance degrades extremely fast beyond 150 nodes and this is why, to my knowledge, we don’t see any DAG projects with large committees of node operators, thereby limiting their network’s decentralization. x.com/JoshuaTobkin/status/18…