News on China's scientific and technological development.
- Thread starter Quickie
- Start date
Here are two reviews by RTINGS (one of the most professional and trusted TV reviewers) regarding the $1100 USD Hisense U8N and Samsung's $3300 USD QN95C.
As you can see, the Hisense actually scores higher than Samsung's top of the line TV. To see Chinese TV companies surpass the quality of Japanese and Korean titans is really a heartwarming feeling!
As you can see, the Hisense actually scores higher than Samsung's top of the line TV. To see Chinese TV companies surpass the quality of Japanese and Korean titans is really a heartwarming feeling!
The pretty much identical China model is even cheaper at 1500CAD for the 75 in one. The 85in one is 2128CAD. The TV sector has effectively been cabbagized by the many Chinese TV display manufacturers
.
Haha, I only paid attention to Chinese TV brands in the last 2 years when I was looking to buy a new TV. I wonder when did Chinese brands start to rival the performance of established brands like Samsung and LG? I'm guessing only in the last 5 years or so. Chinese tech is moving sooo fast lol. What's even more incredible is the price. You can get mindblowing performance for only half the price of Japanese and Korean brands. Wonder if the Chinese government subsidizes TV makers like they do for EV makers.
OVERCAPACITY!!
That's what happens when you overhaul entire supply chain ecosystem to prepare your economy for Industry 4.0
For the first time in the world! Chinese scientists have developed ultra-realistic electronic skin that can sense pressure and friction ..
on June 4 that according to the official website of Tsinghua University, the research team of Professor Zhang Yihui from the School of Aeronautics and Astronautics and the Flexible Electronics Technology Laboratory of Tsinghua University has developed the world's first new electronic skin system with a bionic three-dimensional architecture ..
It is reported that human skin has many tactile receptor cells that are densely arranged and distributed in three dimensions, which can accurately sense external stimuli. At present, no electronic skin has achieved the synchronous decoupled perception of multiple mechanical signals such as pressure, shear force, and strain at the physical level..
Inspired by the spatial distribution of mechanical receptors in human skin, Professor Zhang Yihui's research group proposed a new electronic skin design concept with a three-dimensional architecture. The three-dimensional distribution of force and strain sensors in its structure imitates the spatial distribution of Merkel cells and Ruffini corpuscles in human skin, enabling the device to measure pressure, shear force (reported as "friction") and strain in a decoupled manner at the physical level .
The bionic three-dimensional electronic skin is composed of the "epidermis", "dermis" and "subcutaneous tissue", and the texture of each part is similar to the corresponding layer in human skin. The sensors and circuits are mainly located in the "dermis" layer, and the force sensing unit is designed as an eight-arm cage structure. The sensor is located in the upper part of the cage structure, close to the surface of the electronic skin, and is highly sensitive to external forces.
Based on this electronic skin with a three-dimensional structure and combined with deep machine learning algorithms, the research team has developed an advanced tactile system that can simultaneously measure the modulus and local principal curvature of an object simply by touch.
The relevant research results of this project were published in Science on May 30 this year under the title "A Three-Dimensionally Architected Electronic Skin Mimicking Human Mechanosensation".
broadsword
Brigadier
Ahem, your dream lover is getting closer to reality. 
