Nov
15
Researchers Develop Two-dimensional Non-van Der Waals Layered Material AgCrS2
Two-dimensional (2D) materials have attracted wide interest for their unique electronic structure and abundant physiochemical properties. Due to the weak interlayer interactions...
Nov
15
Optical superoscillation for nanoimaging and nanometrology
Superoscillatory optical field is one typical example of structured light. It features many important unprecedented optical properties, including subwavelength intensity localiz...
Nov
15
Researchers Develop a Recursively Embedded Atom Neural Network Model
USTC proposed a recursively embedded atom neural network model based on their previous work on creating high-precision machine-learning potential surface methods.
Nov
12
Researchers Develop Passive Microwave Remote Sensing Technology in Monitoring Carbon Fixing Ability of Vegetation
USTC developed a new satellite-based light use effective model coupled with a passive microwave vegetation index to monitor the gross primary production of terrestrial ecosystem...
Nov
11
Researchers Develop Ultra-Sensitive Solar-Blind Photodectors for Harsh Environments
Researchers developed ultra-sensitive solar-blind ultraviolet photodetectors for harsh environments using amorphous gallium oxide.
Nov
10
Researchers Reveal a New Inhibitory Mechanism Against Bacterial DNA Replication
Researchers found the Gp168 protein of bacteriophage Twort inhibited β-clamp function by occupying the DNA sliding channel.
Nov
09
Researchers Realize Deep Subwavelength Electromagnetic Fields Localization and Detection
experimentally localized the electromagnetic field down to 291 nm, and significantly increased the field intensity and the strength of the interaction with the matter.
Nov
08
TaRA Model Unifies Two Seemingly Contradictory Hypotheses
USTC researchers proposed a “Trap-Release-Amplify” (TaRA) model to elucidate how and where chirping occurs.