400 Picoseconds China’s Memory Breakthrough Makes Your SSD Look Ancient. скачать в хорошем качестве

400 Picoseconds China’s Memory Breakthrough Makes Your SSD Look Ancient.

#china #ATOM2CHIP #2dchip China's Fudan University just unveiled a 400-picosecond 2D memory chip that makes your SSD look ancient. This ATOM2CHIP breakthrough could end silicon's reign. China's Fudan University just unveiled a 400-picosecond 2D memory chip that makes your SSD look ancient. This ATOM2CHIP breakthrough could end silicon's 40-year reign. In October 2025, researchers published in Nature the world's first fully functional 2D flash memory chip with 94% yield - production-ready technology that operates 10,000x faster than current SSDs. Using atomic-scale molybdenum disulfide materials, this breakthrough bypasses US chip export controls and could reshape the global semiconductor landscape. 🔥 KEY POINTS: 400 picoseconds programming speed (fastest ever recorded) 94.34% manufacturing yield (production-ready) 20-nanosecond operation cycles 3-5 years to mass production Bypasses EUV lithography requirements Could unlock next-gen AI computing ⏰ TIMESTAMPS: 0:00 - Opening: The Memory Wall Crisis 2:45 - Rehook: What Comes After Silicon 3:00 - The ATOM2CHIP Breakthrough 6:30 - The 400-Picosecond PoX Device 8:30 - Timeline: 3-5 Years to Production 10:30 - Geopolitical Implications 13:00 - What This Means For You 15:30 - Closing: The Future Is Here 📚 SOURCES: Nature Journal (October 2025) Fudan University Research Team Tom's Hardware Analysis TechXplore Coverage China chip breakthrough, 2D memory chip, flash memory, Fudan University, ATOM2CHIP, 400 picoseconds, fastest memory, SSD speed, China semiconductor, memory breakthrough 2025, picosecond memory, 2D materials, silicon technology, China tech, chip war, NAND flash, atomic scale chip, molybdenum disulfide, semiconductor innovation, next gen memory, tech breakthrough, China US tech war, memory technology, flash chip, silicon replacement, quantum computing, AI memory, data storage, semiconductor self-sufficiency, Moore's Law, nanotechnology #ChinaChipBreakthrough #2DMemory #FlashMemory #Semiconductors #TechBreakthrough #ATOM2CHIP #FudanUniversity #ChipWar #SiliconTechnology #MemoryChip