DEAI has completed deep optimization for our Quantum Intermediate Representation (QIR) compilation stack 🧑💻⚛️
We upgraded the end-to-end QIR compilation pipeline,break vendor lock-in, enable portable quantum circuits & unlock cross-QPU algorithm deployment.
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💻 11 U.S. Tech Companies Pledge $2.4 Billion in AI Computing Resources 🤝
These computing resources will be made available to federal research institutions to support non-commercial, cutting-edge research—such as climate modeling, biology
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💥The U.S. National Science Foundation (NSF) has launched a dedicated funding initiative for distributed AI, focusing on cross-institutional computational collaboration and decentralized model training.
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The U.S.-EU Trade and #Technology Council has provided an update on its collaborative efforts regarding AI standards, continuing to align on risk classification and benchmarking as they work together to shape the global framework for #AI rules.
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The future of quantum research runs on better resource orchestration 🖥⚛️
#DEAI’s heterogeneous quantum scheduling framework powers reliable hybrid computing for global research teams.#QuantumTech
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The U.S. Congress has held a hearing focused on quantum talent🧑🔬, directly addressing the industry’s skills gap and promoting collaborative training initiatives across academia, research, and the private sector.
#QuantumTechnology #QuantumTalent #QIS
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Elon Musk acknowledged that the cost of running SpaceX’s AI agent Grok Bot was “unsustainably high” relative to the revenue it generated. The comments came less than two weeks after the billionaire touted the service as the fastest-growing product he had ever seen.
Read more: forbes.com/sites/siladityara…
📸: Kent Nishimura/AFP via Getty Images
#DEAI establishes isolated, trusted data sandboxes that enable distributed computing and model training without requiring the migration of raw data.🚠By leveraging privacy-enhancing computing technologies, it strikes a balance between data openness/sharing and security boundaries
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⚛️ U.S. Department of Energy Updates Implementation Guidelines for the"Genesis Q"Quantum Competition ✅
The initiative aims to develop fault-tolerant quantum computers with genuine scientific value, providing computing capabilities for research in materials science,drug discovery
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DEAI retweeted
We’re one week away from Election Day.
Ohio, @SherrodBrown and @AmyActonOH are ready to bring about the change we need right now.
So don’t wait – vote early or make a plan to vote on November 3rd. IWillVote.com/OH
France upgrades quantum talent policies 🇫🇷
The new framework builds a full research talent pipeline and fuels the growth of a local domestic quantum industry chain.🧑🔬
Targeting talent pipelines & a complete local quantum supply chain.
#DEAI #QuantumComputing
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Public consultation for the EU’s quantum legislation has officially concluded. 🔍
A unified European regulatory framework for quantum technology is taking shape, set to reshape the order of quantum technology development.
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📏 NIST Releases Draft National Standard for Quantum Precision Sensing 🔬
This initiative aims to standardize evaluation specifications for quantum measurement and sensing equipment, facilitate the large-scale deployment of these technologies in fields such as navigation
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Breaking 📢
☁️U.S. DoD announces its quantum investment plan!
It builds defense quantum computing power + secure cloud infrastructure to accelerate military-related quantum research 🧪
Quantum capability construction enters a new phase.
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Elon Musk wants to combine Tesla and SpaceX in a $3.7 trillion deal. He’s rushing to get it done before Trump leaves office bloomberg.com/news/features/…
📃#DEAI features a natively integrated framework for mitigating the "barren plateau" phenomenon in variational quantum machine learning (VQML) tasks—such as VQA and quantum kernel methods—by incorporating tools for parameter initialization, cost function regularization
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🌪The German quantum computing competition project "NFQC-1k" has advanced to its next phase. With a total investment of €122 million, the initiative aims to develop a commercial, fault-tolerant quantum computer based on trapped-ion technology, featuring at least 1,000 qubits.
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