Non-volatile memory on aluminum nitride: ORNL method https://sudonull.com/non-volatile-memory-on-aluminum-nitride-ornl-method
ORNL scientists have created for the first time non-volatile memory on aluminum nitride using a helium ion beam, reducing power consumption by 40%. Learn about the breakthrough in microelectronics and prospects for chips.
US-China Summit: Chips, Sanctions, and AI Race https://sudonull.com/us-china-summit-chips-sanctions-and-ai-race
Analysis of key US-China negotiations: confrontation over AI chips, rare earth metals, and the future of global microelectronics. Find out who will win in the semiconductor bargaining.
China's Breakthrough in 2D Chips: Synthesis 1000 Times Faster https://sudonull.com/china-s-breakthrough-in-2d-chips-synthesis-1000-times-faster
China Accelerates Production of 2D Semiconductor WSi2N4 for Future Chips. Learn about the CVD Method, Properties, and Impact on Microelectronics. Read the Industry Impact Analysis.
Titanium dioxide becomes ferroelectric: breakthrough for chips https://sudonull.com/titanium-dioxide-becomes-ferroelectric-breakthrough-for-chips
Scientists from Berkeley discovered that TiO₂ with a thickness of 3 nm becomes ferroelectric. This is a CMOS-compatible material for energy-efficient memory. Learn the details.
Nanomaterial for capacitors: breakthrough on ZrO2 https://sudonull.com/nanomaterial-for-capacitors-breakthrough-on-zro2
Russian scientists have created capacitors based on zirconium dioxide with ultra-low voltage. Learn how this will change electronics and the chip market.