In-sensor computing requires detectors with polarity reconfigurability and linear responsivity. Pang et al. report a CsPbBr3 perovskite single crystal X-ray detector for edge extraction imaging with a data compression ratio of 46.4% and classification task with an accuracy of 100%.
The researchers from UCL created a reusable vest to diagnose hypertrophic cardiomyopathy–an inherited heart muscle condition.
The soft and flexible wearable sticker sensor can be worn for long hours and even picks slight movements that conventional sensors miss.
The miniaturization of spectrometers to a submillimeter-scale footprint opens opportunities for applications in hyperspectral imaging and lab-on-a-chip systems. Here, the authors report a high-performance single-pixel photodetector spectrometer based on the III-V semiconductor p-graded-n junction, featuring a voltage-tunable optical response.
Briahna Joy Gray and Robby Soave discuss a new report on credibility in academic papers. #science #research.
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A new tool has been developed to detect skin cancer; it utilizes a biosensor that can identify small changes in the characteristics of cells. | Clinical And Molecular Dx.
The continuous improvement of circuits and electronic components is vital for the development of new technologies with enhanced capabilities and unique characteristics. In recent years, most electronics engineers have been specifically focusing on reducing the size of transistors, while retaining a low power consumption.
Researchers at University of Science and Technology Beijing recently introduced a new pseudo-CMOS architecture based on self-biased molybdenum disulfide transistors. This architecture, outlined in Nature Electronics, could be used to create highly performing inverters, gate circuits, and other device components.
“The development of integrated circuits (ICs) for efficient computing with low power is a global hot topic and a focus of international competition in cutting-edge fields,” Zheng Zhang, co-author of the paper, told Tech Xplore.
This Review explores the development of ingestible electronics and provides a step-by-step guide for the design of ingestible electronic capsules at the system level.
Tardigrades are often considered the most endearing invertebrates, akin to the capybara of their realm, yet their significance surpasses mere charm.
This year, researchers from Harvard Medical School, the University of North Carolina at Chapel Hill, and Marshall University in Huntington, West Virginia, discovered that when the tardigrades are under stress, their bodies produce unstable free radicals of oxygen and an unpaired electron.
When the amino acid cysteine, which is used in protein production, comes into contact with these oxygen-free radicals, it becomes oxidized, triggering a signal that tells the tardigrade when it’s time to enter into the tun. When the researchers prevented the free radicals from reacting with cysteine, the tardigrades couldn’t enter tun, meaning the cysteine is likely a key to all tardigrades’ survival strategies.
Study co-author Leslie Hicks told New Scientist that, “Cysteine acts like a kind of regulatory sensor. It allows tardigrades to feel their environment and react to stress.”
