Lightweight Design of Robotic Hooks

Lightweight Design of Robotic Hooks

Recently, several friends who experienced startup failures joined us to share their glorious history of fundraising, but when it came to their failures, they were reluctant to discuss it. Everyone is a speculator of the times, just with different titles and methods. However, for those entrepreneurial partners, this new working journey will surely teach them … Read more

The Birth of the ‘Yuheng’ Chip! Tsinghua Team Successfully Develops

[Image][Image]Spectroscopy records the intensity variations of light at different wavelengths, revealing the interaction between matter and light, which serves as the “optical key” for analyzing composition, structure, and properties. However, traditional spectral measurements are limited by the long-standing inherent contradiction between spectral resolution and imaging flux in spectroscopic acquisition and solidified structural measurements, which has … Read more

Zhao Lidong: The Tsinghua Power on the Road to AI Chip Innovation in China

Zhao Lidong: The Tsinghua Power on the Road to AI Chip Innovation in China

Zhao Lidong Founder, Chairman, and CEO of Suiruan Technology. Bachelor of Electronic Engineering from Tsinghua University, Master of Electronics and Computer from Utah State University, USA. Before founding Suiruan Technology in March 2018, he served as Vice President of Tsinghua Unigroup Co., Ltd. Zhao Lidong has worked in Silicon Valley for over 20 years, deeply … Read more

Challenging Traditional Views: Tsinghua Team Redefines Auditory Pathways

Challenging Traditional Views: Tsinghua Team Redefines Auditory Pathways

▎Edited by WuXi AppTec Content Team Processing auditory information is crucial for the survival, social interaction, and reproduction of animals, including humans. For many years, scientists have discovered that almost all auditory information conveyed to the forebrain must pass through a complex auditory midbrain (inferior colliculus) → auditory thalamus pathway. This pathway is considered a … Read more

Training Notification for Multi-SIM AXR Multimodal Super-Resolution Confocal Microscope

Training Notification for Multi-SIM AXR Multimodal Super-Resolution Confocal Microscope

Introduction The Multi-SIM AXR multimodal super-resolution confocal microscope (A23000107) is a microscopic imaging system that integrates structured light illumination super-resolution (Multi-SIM) and confocal (NIKON AXR): Multi-SIM has various super-resolution imaging modes that allow for three-dimensional fast super-resolution imaging, especially suitable for long-term super-resolution imaging of live cells. The Nikon AXR scanning confocal features a 25 … Read more

Challenges: An Everlasting Belief!

Challenges: An Everlasting Belief!

In Tsinghua Garden, there is a group of “challengers” They are passionate like fire, never stopping They face difficulties head-on, leading innovation They confront challenges directly, walking alongside creation The journey is long, only through hard work can we advance Forty years of changing seasons This group is on the path of self-breakthrough Chasing dreams … Read more

Introducing a 9 cm, 25 g Micro Wireless Amphibious Robot!

The actuator is a device with controllable deformation capabilities and serves as the “heart” of the micro robot. A research team from Tsinghua University has recently developed a film-like micro actuator that allows the micro robot to achieve continuous shape changes and “lock” its specific action forms, enhancing its adaptability to the environment. Researchers stated … Read more

Chinese Scientists Develop the World’s Smallest and Lightest Wireless Amphibious Robot

The actuator is a device with controllable deformation capabilities and is considered the “heart” of micro-robots. A research team from Tsinghua University has recently developed a film-like micro-actuator that allows micro-robots to achieve continuous shape changes and “lock” specific action forms, enhancing their adaptability to the environment. Researchers stated that by utilizing this actuator and … Read more

Cutting-Edge Technology: A 9 cm, 25 g Miniature Wireless Amphibious Robot!

  The actuator is a device with controllable deformation capabilities and is considered the “heart” of miniature robots. A research team from Tsinghua University has recently developed a film-like miniature actuator that allows miniature robots to achieve continuous shape changes and “lock” specific action forms, enhancing their adaptability to various environments. The researchers stated that using … Read more

Introducing the 9 cm, 25 g Micro Wireless Amphibious Robot!

Introducing the 9 cm, 25 g Micro Wireless Amphibious Robot!

The actuator is a device with controllable deformation capabilities and is the “heart” of the micro robot.The research team from Tsinghua University has recently developed a film-like micro actuator that can enable the micro robot to achieve continuous shape changes and “lock” its specific action forms, enhancing itsenvironmental adaptability.Researchers stated that using this actuator and … Read more