Zhou Hongyi, founder of 360 Group, and Nano AI Search's New Energy Vehicle Giveaway Event Concludes Successfully, Marking a Step Forward in AI Popularization
Zhou Hongyi, founder of 360 Group, and Nano AI Search's New Energy Vehicle Giveaway Event Concludes Successfully, Marking a Step Forward in AI PopularizationOn February 23rd, a "Stimulating Consumption and Promoting Domestic BrandsNano AI Search New Energy Vehicle Giveaway" offline event, initiated by Zhou Hongyi, was held in Beijing and live-streamed. The event aimed to boost new energy vehicle consumption and popularize artificial intelligence technology, particularly 360's self-developed Nano AI Search engine...
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TSMC Responds to 3 Nanometers and Seizes Apple's Big Order: Do Not Comment on Market Rumors
On July 18th, according to Taiwan's Economic Daily, Bloomberg reported that Apple's latest self-developed M3 chip is expected to debut in October this year, produced using TSMC's 3-nanometer process. The legal representative is optimistic that the M3 chip will be another important 3-nanometer order for TSMC, following the latest A17 processor on the high-end iPhone 15, which will help the company operate in the second half of the year...
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When Will the Brain Drain Behind the US Conquering Nanochip Technology Stop
The United States has conquered 1 nanometer chip technology, shocking the world. Behind this achievement, it was actually created by Zhu Jiadi, a talent transported by Peking University...
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What are the preparation methods and properties of one-dimensional carbide nanomaterials?
Canned Green OrangeEditor | Canned Green OrangeCarbides are divided into three types based on their bond types, namely ionic carbides, covalent carbides, and interstitial carbides. Currently, research on one-dimensional carbides mainly focuses on material types, preparation methods, material properties, and related applications...
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Scientists develop multifunctional nano platforms to provide effective methods for the treatment of triple negative breast cancer
Recently, researchers from the National Nanometer Center developed a multifunctional nano platform (MTO micelles) based on the clinical chemotherapy drug Mitoxantrone, which enables the realization of synergistic mild photothermal chemotherapy.In the study, they encapsulated MTO in nano micelles, effectively inhibiting the growth of triple negative breast cancer...
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Exploring iron oxide nanoparticles for promoting the growth of solid high aconite
prefaceIron oxide nanoparticles have a large specific surface area and highly controllable surface characteristics, which enable them to provide more adsorption surfaces and effective reaction sites in the plant rhizosphere environment, which is conducive to the absorption and utilization of nutrients by plant roots.Our study found that in solid high aconite, iron oxide nanoparticles can affect the synthesis and distribution of auxin in plants, promote root growth and lateral branch development, and thereby increase plant biomass and yield...
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The power supply effect of plant-based renewable energy on nanoscale sensors
Wen Xiaozhi continued to sayEditor Xiao Zhi continued to sayprefaceDue to the tremendous progress of the Internet of Things, modern technology has undergone revolutionary changes.sensorIt's between the internet and the surrounding environmentThe core components of building a bridgesensorsensorLithium ion battery power supplyDue to the large number of devices connected to the Internet of Things, frequent charging is required...
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Chinese chips are despised by Russia? Self production of 90 nanometer SIM cards is just the beginning
Russian state-owned enterprise Mikron will produce SIM card chips, and Russian telecom operators are already testing their software. The chip will be produced according to topology standards of 180 nanometers and 90 nanometers...
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AM: Effect of carbonization temperature on the properties of polyacrylonitrile based carbon nanofibers
Welcome to follow WeChat official account [Polymer Energy]Accurately understanding the conductivity of individual fibers and their networks is crucial for adjusting the overall macroscopic performance of polyacrylonitrile (PAN) based carbon nanofibers (CNFs). Therefore, conductive atomic force microscope (C-afm) was used to study the micro electrical properties of CNF networks and the nano electrical properties of a single CNF carbonized at 600 to 1000 ...
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