Will Robots Replace Humans? Where is the Next Opportunity? Insights from BAT Leaders

Will Robots Replace Humans? Where is the Next Opportunity? Insights from BAT Leaders

▌This article is sourced from: CCTV News Comprehensive Another year has passed, and the world internet has once again entered “Wuzhen Time.” From December 3 to 5, the Fourth World Internet Conference was held in Wuzhen, Zhejiang. This conference, themed “Developing the Digital Economy, Promoting Open Sharing – Building a Community of Shared Future in … Read more

Congratulations! Our School’s Robotics Team Wins Awards!

Congratulations! Our School's Robotics Team Wins Awards!

Ride the Wind and Break the Waves Achieve New Heights GOOD NEWS Hot Congratulations On Behalf In the 12th Youth Robotics Competition “I Believe I Can Shine Bright” held in Qingbaijiang District, our school’s participating teams gave their all and performed excellently. After fierce competition, they ultimately won multiple awards, returning triumphantly with outstanding results. … Read more

Exoskeleton Robots: Four Industry Leaders

Exoskeleton Robots: Four Industry Leaders

Exoskeleton robot industry chain listed companies and business layout analysis1. Zhenjiang Co., Ltd. (603507) ◦ Core business: The holding subsidiary Haipuman Robotics focuses on the research and development of industrial exoskeletons, utilizing bionic structural design and continuous carbon fiber 3D weaving technology, resulting in a 50% reduction in product weight, suitable for high-altitude operations and … Read more

Can Robots Help Revitalize American Manufacturing?

Can Robots Help Revitalize American Manufacturing?

May 1st 2025 (Image by Cindy Li)Robots are indeed helping American manufacturing by replacing human labor. In 2024, the average cost of wages and benefits for a manufacturing worker in the U.S. is approximately $45 per hour; whereas the total lifecycle cost of a robotic arm in a factory is about $10 per hour, and … Read more

How Embedded Engineers Efficiently Manage Their Time

How Embedded Engineers Efficiently Manage Their Time

When you see a programmer’s hands flying over the keyboard, it is often not about coding, but rather likely a heated discussion with the product manager about requirements; another possibility is a verbal sparring match with the testers; there’s also a 10% chance they are writing on forums to pass the time; and a 1% … Read more

PhD Student from Wuhan University Publishes in Nature Nanotechnology!

PhD Student from Wuhan University Publishes in Nature Nanotechnology!

Perovskite tandem solar cells (TSCs) have become a research hotspot in the photovoltaic field due to their high theoretical efficiency (>40%) and low-cost fabrication processes. However, wide-bandgap (WBG) perovskites face significant challenges such as crystallization inhomogeneity, phase separation, and high defect density caused by bromine doping, which severely limit the efficiency and stability of large-area … Read more

University of Southampton Microsystems & Nanoengineering: Superlenses Enable Precise Control of Nanoparticles

University of Southampton Microsystems & Nanoengineering: Superlenses Enable Precise Control of Nanoparticles

Problem Addressed: Traditional optical levitation systems face challenges such as large optical component sizes and low integration when achieving high-frequency rotational control of nanoparticles in a vacuum. Additionally, there is a lack of efficient means to control the translational and rotational motion patterns of nanoparticles, limiting their application in ultra-precision measurement and fundamental physics research. … Read more

Wuhan University and Nature Nanotechnology!

Wuhan University and Nature Nanotechnology!

Research Background Perovskite materials have become an ideal choice for next-generation photovoltaic materials due to their excellent optoelectronic properties and low-cost manufacturing processes. They are widely used in solar cells, photodetectors, and light-emitting devices. Compared to traditional silicon-based materials, perovskite materials offer significant advantages such as higher light absorption efficiency, broader spectral response, and lower … Read more

Triple-Standard Hypochlorite Quantitative Array Enabled by Precise Stokes Shift Modulation in D-π-A Chemodosimeters

Triple-Standard Hypochlorite Quantitative Array Enabled by Precise Stokes Shift Modulation in D-π-A Chemodosimeters

Click the blue text above to get more exciting content! Abstract The rational design of D-π-A type chemosensors with significant Stokes shift is crucial for enhancing the visualization of optical sensing signals. Here, three D-π-A type fluorescent chemosensors were synthesized using 2-(3-cyano-4,5,5-trimethylfuran-2(5H)-yl)malononitrile (TCF) as the electron-withdrawing group by precisely adjusting the electron-donating strength. By reducing … Read more

Comprehensive Guide to Selecting SerDes Chips Based on Screen/Camera Resolution (Formula Derivation + Practical Cases)

Comprehensive Guide to Selecting SerDes Chips Based on Screen/Camera Resolution (Formula Derivation + Practical Cases)

🚀 Comprehensive Guide to Selecting SerDes Chips Based on Screen/Camera Resolution (Formula Derivation + Practical Cases) 1. Why Select SerDes Based on Resolution? First, let’s briefly discuss the background: SerDes (Serializer/Deserializer) essentially compresses/decompresses data bandwidth, transmitting high-speed data (screen images, camera video) to another location. The higher the resolution, the higher the refresh rate/frame rate, … Read more