#Quantum Computing

IBM has developed a revolutionary cooling system for quantum computers, reaching 10 millikelvins. This paves the way for scalable quantum computing systems by 2029.

A new method for verifying quantum advantage has been published in Nature Communications: on the Quantinuum H2 trapped-ion machine, the system solved a task that is statistically unreachable for classical algorithms.

🚀 D-Wave makes a breakthrough in quantum computing! The company has presented a new 'dual-rail' qubit architecture capable of detecting errors independently. This is a key step towards creating universal quantum computers. Operation accuracy has reached 99.9%. 🧮⚛️ #DWave #QuantumComputing #Technology #Science

Arvind Krishna (IBM CEO) provided a forecast for quantum computing: profits will start in 2028, and by the end of the decade, the technology will create $1 trillion in value. IBM has already demonstrated quantum advantage in tasks inaccessible to classical computers. 🚀🧮 #IBM #QuantumComputing

ETH Zurich scientists have made a breakthrough in quantum computing by creating the first chip with a separated processor and memory. 🧠💾 The miniature device successfully passed tests, proving the possibility of creating faster and more scalable quantum systems. 🔬🚀

Japanese RIKEN has launched the RIKYU and ROQUO supercomputers based on NVIDIA GB200. 🇯🇵 RIKYU (15.5 exaflops) is designed for foundational AI models, while ROQUO (5 exaflops) is for hybrid quantum-classical computing. 🚀