Introduction to Semiconductor Manufacturing APC/R2R Systems

The complexity of the semiconductor manufacturing process is increasing day by day, involving hundreds of process steps, with the entire processing cycle from wafer to packaged chip lasting six to eight weeks. As process technology evolves from 90 nm to 3 nm, the requirements for feature size accuracy under SEMI standards have shown exponential improvement, … Read more

An Overview of Semiconductor Materials: Generations and Applications

This is the 248th original article by a lifelong learner. What do the three generations of semiconductor materials refer to? A semiconductor is a material that has electrical conductivity between that of a conductor and an insulator at room temperature. Common semiconductors include silicon, germanium, and compound semiconductors such as gallium arsenide, indium phosphide, gallium … Read more

Five Major Development Trends in Semiconductor Grinding Technology: Precision, Intelligence, and Environmental Upgrades

Previously, we thoroughly understood the core practical points of grinding, such as Chuck Table Base Position calibration. Now, we must keep pace with industry trends—semiconductor grinding technology is undergoing explosive upgrades towards “greater precision, intelligence, and environmental friendliness”! Whether it’s advanced process chips, third-generation semiconductors, or high-end packaging demands, all are driving continuous breakthroughs in … Read more

Foxconn’s Smart Manufacturing Robots Debut: Enhancing Robotic Arm Dexterity through AI Training

Industrial-grade AI Humanoid Robot and Wafer Handling Robot Also featuring a live demonstration of a remote-controlled dexterous hand At the Foxconn Technology Day HHTD25, the highlight of the “Smart Manufacturing” exhibition was the robots and AI-related applications. This event showcased the industrial-grade AI humanoid robot, wafer handling robot, remote-controlled dexterous hand, and service humanoid robot … Read more

Does AI Really ‘Understand’ Us? – Why Chatbots May Be No Better Than a Talking Parrot

Recently, AI chatbots like ChatGPT have become popular worldwide. They can write poetry, code, solve math problems, and even pass the bar exam. Many people are exclaiming: Is AI about to achieve true understanding? But hold on. First, consider this question: A parrot can fluently say “I am hungry,” but does it really understand the … Read more

Collaborative Models of Robot Automation in Smart Warehousing

1. Introduction In recent years, with the rapid development of e-commerce and the logistics industry, warehousing systems are facing increasing pressure regarding efficiency, accuracy, and cost. Traditional warehousing operations mainly rely on manual labor, which not only involves high labor intensity and error rates but also struggles to adapt to order fluctuations and rapid response … Read more

From Failure to Forgiveness: Proactive Recovery Strategies for Service Robots in Hospitality

🔍 Article InformationAuthor:Yun LiuJournal:Journal of Hospitality and Tourism ManagementPublication Date:2025DOI:https://doi.org/10.1016/j.jhtm.2025.05.009Title:From failure to forgiveness: Proactive recovery strategies for service robots in hospitality 🤖 Research BackgroundWith the widespread application of service robots in hotels, restaurants, and other scenarios, robot service failures occur frequently. Traditional research has mostly focused on “passive recovery,” which addresses issues only after customer … Read more

New 3D Printing Material Compatible with the Human Immune System

A research team from the University of Virginia has pioneered a new type of 3D printing material.This material is compatible with the human immune system and is expected to promote the rapid and safe development of various medical technologies such as artificial organ transplantation and drug delivery.This groundbreaking achievement was published in the latest issue … Read more

Professor Xu Haichao’s Research Group Achieves Significant Progress in Organic Electrosynthesis

Research Updates Professor Xu Haichao’s research group, in collaboration with Professor Lang Kai’s team from Heilongjiang University, has made significant progress in the field of organic electrosynthesis. Their research, titled “Carbene Reactivity Directly from Aldehydes via Low-Valent Iron Electrocatalysis,” has been published online in the Journal of the American Chemical Society (DOI: 10.1021/jacs.5c17027). Carbenes are … Read more

Disassembly of the Wanjie M7 Host: Domestic Automotive Grade SoC

Contact me for inquiries about automotive-grade chips👆🏻 Recently, we disassembled the headlight driver board of the Wanjie M7, which featured a domestic chip that amazed everyone. Following this, curiosity arose about the chip localization rate in other components of the Wanjie vehicle. Therefore, in this video, we will disassemble a Wanjie M7 host. DisassemblyCONTENT The … Read more