INFORMATION TECHNOLOGY
INFORMATION TECHNOLOGY, 5G, IOT, WEB3.0
-
DeepMind AI beats humans in every game
An AI that can defeat human players in chess, Go, poker, and other games that require multiple strategies to win.…
Read More » -
A wireless epidermal biosensing wristband based on monolithic fabric integration was developed
Recently, the research group of Lin Yuanjing, assistant professor of the Shenzhen-Hong Kong School of Microelectronics of Southern University of…
Read More » -
Scientists have made progress in the field of multi-focus image fusion
Depth of field is the distance between the closest and farthest clear imaging planes in an optical system. The greater…
Read More » -
Scientists are making progress in the field of microrobots
Recently, the research group of Shang Wanfeng, Intelligent Bionic Center, Shenzhen Institute of Advanced Integrated Technology, Shenzhen Institute of Advanced…
Read More » -
Large-area liquid crystal microlens arrays are prepared by single-step exposure
As a tunable core optical device, liquid crystal microlens array is widely used in 2D/3D switchable glasses-free 3D display, adaptive…
Read More » -
Holographic laser processing: rapid fabrication and image reconstruction of artificial bionic compound eyes
In recent years, inspired by the insect compound eye, the artificial bionic compound eye has attracted more and more attention…
Read More » -
On-chip nonlinear photonics: hybrid integration of two-dimensional materials
At present, the performance of silicon-based electronic systems has approached its physical limit, and it is difficult to meet the…
Read More » -
Two-photon lithography: breaking through the packaging bottleneck of optoelectronic chips
Dr. Shaoliang Yu’s team from Zhijiang Lab and collaborators from the Massachusetts Institute of Technology (MIT) published a review article…
Read More » -
Hybrid integrated chalcogenide photonics
In recent years, the rapid development of photonic integrated chips has brought transformative breakthroughs to data centers, large-capacity communications, high-sensitivity…
Read More » -
Reverse design to achieve an insulated FP cavity over SiC
Recently, the team of Professor Jelena Vu?kovi from Stanford University has realized an optical Fabriparo (FP) cavity that can be…
Read More »