
New Method Enables Mass Production of ‘Golden’ Indium Selenide Semiconductors
Scientists from the Chinese mainland unveiled a scalable method to mass-produce high-quality indium selenide—’golden semiconductors’—paving the way for next-gen chips.
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Scientists from the Chinese mainland unveiled a scalable method to mass-produce high-quality indium selenide—’golden semiconductors’—paving the way for next-gen chips.
The 2025 Zhongguancun Forum unveiled 10 major tech breakthroughs, uniting government, academia, and industry to drive global innovation.
Tianjin University researchers have successfully encoded brain MRI data into DNA, paving the way for advanced medical data storage solutions.
Chinese researchers develop an innovative injectable, biodegradable gel sensor for wireless monitoring of brain signals, overcoming limitations of current clinical technologies.
The Chinese mainland’s Anhui Quantum Computing Engineering Research Center unveils the Origin SL1000 dilution refrigerator, marking a significant advancement in global quantum computing infrastructure.
Chinese scientists have built the world’s largest ion trap quantum simulation with single-qubit resolution, marking a significant leap toward large-scale quantum computing and its applications in AI, materials, and pharmaceuticals.
The Chinese mainland develops a high-strength, heat-resistant aluminum alloy, enhancing aerospace materials with superior performance at 500°C.
Explore the Chinese mainland’s 2023 journey of resilience, innovation, and global cooperation, setting the stage for an impactful 2024.