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.
Continue reading “Beyond cute: What tardigrades can teach us about life and death” »
The case vendor shows off a new prototype DK-07 desk with a transparent OLED screen that can display images atop your PC components.
Roughly 1 in 2 wearers of ventricular assist devices are diagnosed with an infection. The reason for this is the thick cable for the power supply. ETH Zurich researchers have now developed a solution to mitigate this problem.
For many patients waiting for a donor heart, the only way to live a decent life is with the help of a pump attached directly to their heart. This pump requires about as much power as a TV, which it draws from an external battery via a seven-millimeter-thick cable. The system is handy and reliable, but it has one big flaw: Despite medical treatment, the point at which the cable exits the abdomen can be breached by bacteria.
Continue reading “A new solution for energy transfer to heart pumps mitigates infection” »
A new stamp-sized ultrasound sticker developed by MIT can help monitor organ stiffness and detect diseases and tumor progression.
The MIT-developed sensor could detect signs of disease such as liver and kidney failure, and the progression of solid tumors.
Chemists at RIKEN have developed a method for making synthetic derivatives of the natural dye indigo that doesn’t require harsh conditions. This discovery could inspire advances in electronic devices, including light-responsive gadgets and stretchy biomedical sensors.
Semiconductors based on organic molecules are attracting much interest because—unlike conventional rigid semiconductors based on silicon—they could be flexible, ductile and lightweight, opening up new possibilities for designing semiconductor devices.
Organic molecules also have the advantage of realizing a broad range of structures. “Organic semiconductors have flexibility in molecular design, enabling them to adopt new functionalities,” says Keisuke Tajima of the RIKEN Center for Emergent Matter Science, who led the research.
A new type of ultra-sensitive sensor has been made to detect incredibly low levels of lead ions in water. This advanced sensor may pave the way for developing next-generation water quality monitoring systems.
What distinguishes the sensor is its capacity to detect lead ions at concentrations as low as one femtomole per liter of water, demonstrating an incredibly high degree of sensitivity.
According to the University of California, San Diego experts, this range is “one million times” more sensitive than any known sensing technologies for water contamination monitoring.
Apple’s latest gadget, the Apple Vision Pro, is a mixed-reality headset that promises to immerse users in a new dimension of spatial computing. But what makes this device so special, and how does it work?
To find out, the folks at iFixit did what they do best: they took it apart. In their usual fashion, they documented the process in a video and an article, giving us a glimpse of the inner workings of Apple’s most advanced hardware ever.
Continue reading “Apple Vision Pro teardown reveals the secrets of its mixed-reality magic” »
The novel tech should allow scientists and filmmakers to produce videos that accurately represent the colors seen by animals such as bees for the first time.
