Tag: nanotechnology
Huawei Develops RISC Processor Featuring 2D Transistors to Compete Without EUV Lithography
Huawei and Nanjing University created a RISC processor using 2D transistors, aiming to match chip density without advanced EUV lithography.
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Exploring the Future of High-NA EUV Photolithography Beyond Current Limits
High-NA EUV photolithography at 13.5 nm currently leads semiconductor manufacturing but faces challenges in further miniaturization.
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Huawei Aims to Match Western 1.4-Nanometer Chips by 2031 with New Signal Timing Optimization Approach
At ISCAS 2026 in Shanghai, Huawei reveals plans to surpass Moore’s Law limits by focusing on signal transmission timing to enhance chip performance.
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Scientists Unlock the Mechanism Behind Diamond Superconductivity, Paving Way for Advances in Quantum and Hybrid Electronics
US researchers have revealed how diamonds become superconducting, enabling tailored applications in quantum computing and hybrid electronics.
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Chinese Researchers Uncover Why Nanodiamonds Soften as They Shrink
A study reveals that nanodiamonds lose stiffness as their size decreases due to changes in atomic surface structure.
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Researchers Develop Liquid Crystal-Based Optical Transistor for Flexible Photonic Chips
Scientists have created an optical transistor from a liquid crystal droplet, advancing flexible photonic chips with improved energy efficiency and performance.
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Chinese Researchers Develop First Silicon Quantum Processor with Integrated Error Correction
Scientists in Shenzhen have created the first silicon-based quantum processor capable of full logical operations and error detection.
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Researchers Develop Efficient Process to Convert Peanut Shell Waste into Graphene-Like Material
Scientists at UNSW have created an energy-efficient method to convert peanut shell waste into a graphene-like material with potential for future electronics.
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Scientists Develop Bacterial Bioelectronic Sensors That Generate Electricity Upon Detecting Harmful Substances
Researchers create bioelectronic sensors using live bacteria in hydrogels to detect harmful substances by producing electrical signals.
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New Visualization Tool Uncovers Atomic Defects in Nanometer-Scale Transistors
Cornell and industry partners developed a breakthrough method to detect atomic-level defects in advanced semiconductor devices.
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Scientists Confirm Magnetic Memory in 2D Materials, Opening Doors for Future Data Storage Advances
Researchers at the University of Texas at Austin experimentally observed magnetic phases in atomically thin materials, hinting at denser data storage possibilities.
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New Self-Healing Carbon Fiber Metamaterial Promises Exceptional Longevity
Researchers develop a carbon fiber-based metamaterial that autonomously repairs cracks, potentially extending material lifespan to centuries.
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