DEAI

Quantum computing is reshaping the underlying logic of finance; DEAI breaks through traditional computing power bottlenecks.

[DEAI @DEAI_quantum]

In the face of sudden disasters around the world, the platform actively participates in humanitarian relief efforts, providing tangible support to affected communities through targeted donations and the provision of supplies. ❤️

[DEAI @DEAI_quantum]

What problems could you solve with access to the largest quantum computers in the world?

◆ Real-time access to quantum computers
◆ A comprehensive cloud platform, developer tools, and advanced optimization solvers
◆ Expert project support

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Artificial intelligence (AI) and quantum computing address different types of problems.

🧰#AI excels at extracting insights from data—such as identifying patterns, making predictions, and performing classification tasks

[DEAI @DEAI_quantum]

Empowering the next generation of practitioners.
We unlock quantum innovation potential by building practical pathways for industry talents.
👤✨Quantum future belongs to practitioners. #QuantumInnovation

[DEAI @DEAI_quantum]

Our latest insights:

➡️ How quantum technology tests multiple potential scenarios simultaneously to uncover superior solutions
➡️ How to identify problems suitable for quantum technology solutions

[DEAI @DEAI_quantum]

📃#McKinsey’s latest Quantum #Technology Monitor reports that global quantum industry revenues surpassed the $1 billion mark in 2025, signaling a shift beyond the stage of pure R&D investment.

[DEAI @DEAI_quantum]

📣The European High Performance Computing Joint Undertaking (EuroHPC JU) recently announced a call for proposals on quantum technologies with a total budget of €119 million. The initiative covers various hardware approaches.

[DEAI @DEAI_quantum]

#DEAI has launched a three-year global educational philanthropy initiative to provide aid to vulnerable communities in the Philippines, Ghana, and Brazil. The program funds school repairs, the procurement of learning materials, and teacher training to create safe.

[DEAI @DEAI_quantum]

🔹 Build fault-tolerant programs using the simulator, which combines error detection and real-time control. 🔹Evaluate advanced quantum error correction workflows.

[DEAI @DEAI_quantum]

With our upcoming upgrade, users will be able to:

🔹 Explore DEAI's differentiated gate model architecture using the powerful hardware simulation capabilities of the upcoming simulator.

[DEAI @DEAI_quantum]

#Quantum computing is beginning to have a measurable business impact globally, driving operational improvements, cost savings, revenue growth, and increased business agility.

[DEAI @DEAI_quantum]

🎚️#DEAI's forthcoming gate‑model quantum computing simulator will combine error detection with real-time control and is designed to help developers prototype novel error-aware applications, model #quantum processor behavior

[DEAI @DEAI_quantum]

#Quantum computing is beginning to deliver measurable business impact globally, driving operational improvements, cost savings, revenue growth, and enhanced business agility.

[DEAI @DEAI_quantum]

An increasing number of clients in the real economy are moving beyond theoretical research; companies such as Airbus and Bayer, along with major energy groups and international financial institutions.🦾

[DEAI @DEAI_quantum]

Data from the Quantum Economic Development Consortium (QED-C) shows that by the end of 2025, the number of full-time quantum professionals worldwide reached 16,482, with 8,261 new publicly available positions created throughout the year. 🎛️

[DEAI @DEAI_quantum]

How to implement fault-tolerant quantum computing quickly, efficiently, and practically using fault-tolerant methods.

How #DEAI's dual-track qubit architecture directly embeds error detection at the hardware level.⚒️

[DEAI @DEAI_quantum]

☄️The global quantum industry is moving beyond the stage of purely laboratory-based R&D; the continued entry of industrial capital and major industry players is propelling quantum technology rapidly toward the era of commercial application.

[DEAI @DEAI_quantum]

DEAI superconducting microwave devices enable the encoding, storage, and manipulation of quantum information to perform computations. The dual-rail scheme can enhance quantum error correction efficiency and reduce the quantum💫

[DEAI @DEAI_quantum]

#DEAI has developed a fast, high-fidelity two-qubit entanglement gate that retains the error-correcting advantages of our superconducting dual-track #qubit architecture.💠

[DEAI @DEAI_quantum]

📈According to the QED-C Global Quantum Industry Report, the global quantum computing market revenue maintains a compound annual growth rate of approximately 30%, and is projected to double in size by 2028, reaching the $3 billion level.