In this article, we’ll look at another interesting application of pressure sensing in mechanical ventilation.

The relatively new semiconductor—spin-gapless semiconductors—bridges zero‐gap materials and half‐metals while having spin-polarized electrons and holes.

A Spanish student’s internship in Bilbao, Spain, has led to a paper where the author claims to have helped create a universal model that can predict the number distribution of topological defects in non-equilibrium systems.

You may be familiar with current-sense amplifiers to mitigate drift. Now, Texas Instruments offers what they call the "industry’s first zero-drift Hall-effect current sensors."

Entangled quantum signals generated aboard a 2.6 kg nanosat in low earth orbit herald the possibility of hack-proof computer networks.

A new connectivity protocol shows promise for IoT designs, rivaling LoRaWAN and NB-IoT.

Researchers from ETH Zürich have successfully combined photonic and electronic elements onto the same chip for the first time. The implications? A brighter future for optical communication networks.

Intermediate Bus Architecture is an emerging method that power designers are using to conserve PCB space. This article discusses the solution benefits and tradeoffs of adopting this technique, and how it may be scaled to address application-specific requirements.

Researchers at the University of Essex in the UK have pioneered a new production method for heterostructure devices, based on two-dimensional (2D) materials like graphene.

Belgian company e-peas is looking to disrupt the IoT industry by providing an array of energy-harvesting PMICs and low power MCUs.

A team of researchers at Bristol University has developed an interactive display that can be sprayed in any shape.

Thermal imaging technology has become ubiquitous in industrial and commercial applications. Now, governments and health regulators are recommending temperature checks as a method to combat the spread of COVID-19.

Amazon's new Aerospace and Satellite Solutions division represents the company's expanding commitment to space-based enterprise.

German researchers claim to have revealed a previously overlooked nonlinear mechanism that emerges from the light-induced tunneling of electrons inside dielectrics.

COVID-19 has many businesses trying to eliminate card and cash contamination.

The new device supports a staggeringly high 460 gigabyte per second bandwidth.

Known as the American Foundries Act of 2020, this bill will award grants for microelectronics manufacturing, defense, and R&D. What does this mean for U.S.-based EEs?

Three newly-released FPGAs can tell us a lot about the direction of these devices in the industry.

A new study probes how changes in material nanostructure can affect electrical conductivity.

What is magnetic skyrmion? And how might it be a key to more power-efficient magnetic memory?

The next generation of engineers is not only under huge pressure to gain experience in a variety of EE fields—they're expected to do so in daunting circumstances. Here's how ST aims to help.

A team of researchers has unveiled what they claim to be the world’s first quantum phase battery described as a “key element for quantum technologies.”

The most power-hungry component in RF transmitters, the RF power amplifier, is getting some serious attention from design engineers.

Cellulose Nanofibril Paper, a wood derivative, is the basis of a new flexible electronic substrate.

Ground-penetrating radar helps unearth the splendors of ancient civilizations. But what's beneath the surface of these complex electronic devices?