NVIDIA GB200 NVL72: 36 #NVIDIAGrace CPUs 72 #NVIDIABlackwell GPUs in a liquid-cooled, rack-scale design. With a 72-GPU NVIDIA NVLink domain, it delivers 30X faster trillion-parameter LLM inference. Now live in @Azure, powering the next generation of #AI.

How Andy Bechtolsheim became the first investor in Google

🔗 Blockchains & Bitcoin Face Quantum Threats? @Google's Willow chip, with 105 qubits, has sparked fears about quantum computing breaking cryptographic security. Are blockchain and #Bitcoin at risk? At @NapulETH 2024 Open Village we discussed about this important subject. This was the first sparkle in the quantum optimism conversation, which inturn ignited the Quantum Punks movement with its first event at @EFDevcon VII, which @NapulETH helped co-organizing 🌏 Read more quantumpunks.org/ IName of the panel: Quantum Doom Vs. Quantum Optimism Dr. @fabgenovese, Dr. @StefanoGogioso, Dr. @IanSmith_HSA, and Dr. Lucas Bonnard explored key topics including BLS, post-quantum challenges, quantum contextuality, memory, Web3 synergy, research collaborations, and the future of Quantum-Web3 integration. Youtube full panel: youtu.be/HzwADqbfWqM Arguments: BLS and Post-Quantum Challenges: BLS (Boneh-Lynn-Shacham) signatures, essential for networks like Lightning and Solana, lack a viable post-quantum counterpart, posing risks to scalability and efficiency. Quantum Contextuality: Contextuality, a unique quantum property, refers to the non-linear causality of quantum systems. This can be useful for novel cryptographic purposes but requires tailored hardware and applications for practical implementation. Quantum Memory: Quantum memory retains quantum states but faces challenges due to photon loss, environmental heat, and scalability. Significant advancements are needed for widespread adoption. Quantum-Web3 Synergy: Quantum technology and Web3 can complement each other, with blockchain acting as a bridge between classical and quantum systems, particularly for secure communication. Research and Collaboration: Universities and enterprises are collaborating to explore post-quantum cryptography, decentralized infrastructure, and applications integrating quantum, AI, and blockchain technologies. Knowledge Barriers: Quantum computing remains inaccessible to many due to its technical complexity. More approachable tools, software, and educational resources are needed to bridge the gap. Future of Quantum-Web3: The interaction between quantum and Web3 technologies is in its infancy. Progress requires community engagement, accessible learning paths, and innovation to unlock combined potential.

Rigetti Computing launched its flagship 84-qubit Ankaa-3 quantum computer, featuring a major hardware redesign and achieving significant milestones. @rigetti thequantuminsider.com/2024/1…

• "Bitcoin's encryption is dead" • "Quantum apocalypse incoming" • "Sell everything" But here's what their panic tweets aren't telling you... Bitcoin isn't dying. Not even close.

/📣 We just added 12 Synthetic Dreams by @refikanadol to the Digital Culture Fund Collection! Created in collaboration with Google, Synthetic Dreams is the first-ever NFT collection with Quantum Computation datasets.