A recent paper describes new materials that can be used to make single crystal electronics that are inherently more flexible and stretchable.
A recent paper describes new materials that can be used to make single crystal electronics that are inherently more flexible and stretchable.
Machine learning on small IoT devices presents several challenges to designers: power consumption, latency, and accuracy.
Machine learning on small IoT devices presents several challenges to designers: power consumption, latency, and accuracy.
Working in collaboration, New York University and IBM Research have studied the use of spintronics as a means to increase…
Working in collaboration, New York University and IBM Research have studied the use of spintronics as a means to increase the efficiency of both data transfer and storage—thus enhancing the already-fast-growing R&D into spintronics-based software solutions.
Heat-related illnesses cause more deaths than any other weather incident. Now, researchers are designing…
Heat-related illnesses cause more deaths than any other weather incident. Now, researchers are designing biomonitors—some that measure pH in sweat—to detect early indicators of heatstroke.
Researchers at Martin Luther University Halle-Wittenberg (MLU) have reportedly found a way to treat cheap electrode…
Researchers at Martin Luther University Halle-Wittenberg (MLU) have reportedly found a way to treat cheap electrode materials and improve their properties during electrolysis.
Scale AI says COVID-19 has shown the value of autonomous vehicles for no-contact delivery. They're making real-world road…
Scale AI says COVID-19 has shown the value of autonomous vehicles for no-contact delivery. They're making real-world road data available to train machine learning models to this end.
Researchers at the lab of Tobias Kippenberg at Ecole Polytechnique Federale de Lausanne (EPFL) have reportedly found a…
Researchers at the lab of Tobias Kippenberg at Ecole Polytechnique Federale de Lausanne (EPFL) have reportedly found a new way to implement a parallel FMCW LiDAR engine by using integrated nonlinear photonic circuitry.
With an increasing burden on networking systems, Xilinx has unveiled a new FPGA with high data processing and flexibility…
With an increasing burden on networking systems, Xilinx has unveiled a new FPGA with high data processing and flexibility to meet evolving connectivity standards.
Thermal management of electronics is critical for high-reliability applications and is essential to improve the…
Thermal management of electronics is critical for high-reliability applications and is essential to improve the performance of electrical systems such as those in EVs, smartphones, and laptops.
Researchers at the University of Surrey have developed a new “ground-breaking” supercapacitor technology and claim…
Researchers at the University of Surrey have developed a new “ground-breaking” supercapacitor technology and claim that it brings the world a “step closer” to clean energy storage.
For now, 5G is on the main stage. But behind the curtains, 6G might not be as far away as we think.
For now, 5G is on the main stage. But behind the curtains, 6G might not be as far away as we think.
A study co-led by Berkeley Lab has shown how wavelike plasmons could be used to power an entire new class of nanoscale…
A study co-led by Berkeley Lab has shown how wavelike plasmons could be used to power an entire new class of nanoscale sensing and photochemical technologies.
It all starts with firmware that runs a routing protocol, allowing routers to pay each other for bandwidth and automate…
It all starts with firmware that runs a routing protocol, allowing routers to pay each other for bandwidth and automate network configuration.
A new project indicates the value of 3D printing in PCB design: fast prototyping.
A new project indicates the value of 3D printing in PCB design: fast prototyping.
Developments in 3D printing are coming thick and fast. In a relatively short amount of time, we have gone from clunky…
Developments in 3D printing are coming thick and fast. In a relatively short amount of time, we have gone from clunky machinery capable of only printing very basic components to printers that can be used in the home by hobbyists to print anything from toys to prosthetic limbs.
In the world of electronics and indeed science on the whole, when something simply just works without explanation,…
In the world of electronics and indeed science on the whole, when something simply just works without explanation, that’s not good enough; lots of questions get asked and researchers poke and prod until they can understand the underlying mechanisms and processes at work.
MIT has taken a proactive approach to the COVID-19 crisis, developing medical devices, contact tracing apps, and now,…
MIT has taken a proactive approach to the COVID-19 crisis, developing medical devices, contact tracing apps, and now, AI-based solutions to provide relief.
Recently, a study into the architecture has been presented by members of the Wireless Networking and AI&ML research…
Recently, a study into the architecture has been presented by members of the Wireless Networking and AI&ML research groups and described as a “new standard” for telecommunications networks.
Fever is one of the first symptoms of infection. Now, a new wearable combines core body temperature sensors with…
Fever is one of the first symptoms of infection. Now, a new wearable combines core body temperature sensors with Bluetooth connectivity for real-time health monitoring.
Researchers have been striving to prove the existence of quantum spin liquids since the 1970s.
Researchers have been striving to prove the existence of quantum spin liquids since the 1970s.