Manufacturing sustainable aviation fuel with CO₂ byproducts of ethanol production could reduce carbon intensity by more than 80% compared to fossil fuels.

The first images of plasma-water interactions reveal the electrical forces that could help manipulate patterns to treat larger volumes of drinking water more affordably.

Scandium aluminum nitride can now be integrated into high-voltage, high-frequency or piezoelectric devices with plasma-enhanced atomic layer deposition.

Leveraging 1.5M minutes of precipitation data and a nonlinear method to handle complex relationships between variables, the team created a new classification system

A new library dynamically adjusts to runtime operating slowdowns, reducing performance degradation under varying slow-fault conditions by 65%.

Leveraging deep learning’s resilience, approximating data lost by allowing some servers to time out speeds up model training while preserving performance.

Dunking a calcium alginate microgel in ion baths helps finely tune drug release profiles without complex equipment, opening up microgel synthesis to more researchers.

Involving a wider swatch of people in AI development can help maximize its benefits.

Gigaflow improves virtual switches for programmable SmartNICs, delivering a 51% higher hit rate and 90% lower misses.

A new experimental design tests catalyst stability in an electrochemical method for treating environmental waste streams while capturing valuable co-products

A University of Michigan-led team developed a method to make virtual testing of wind turbine components more affordable and reliable.

Natural language processing tools can help social scientists process larger and longer-term text datasets to keep up with fast-paced digital communication.

A time-based fingerprint can expose obfuscation proxies, prompting the need for new techniques to protect information access

A real-world frequency regulation experiment demonstrates that managing AC units can help actively balance electricity supply and demand.

The implant attracts diseased immune cells, enabling researchers to study and target them with a nanoparticle-based treatment.

A new framework optimizes a system of sensors that remember when they collided with a target chemical while flowing through hard-to-reach areas

OK, we admit, we're a long way from a carbon-free grid—but when we have one, what's the most efficient way to use that energy to fly planes?

Sustainable aviation doesn't have a one-size-fits-all solution, but an interactive tool can identify the right fit given the flight distance, speed and payload.

Cutting acid and base treatments from conventional desalination plants could save billions of dollars globally, making seawater a more affordable option for drinking water.

A new tool simplifies machine learning development for nuclear engineers while incorporating model explainability features to help improve transparency.

The reaction produces carbon-negative calcium carbonate to replace limestone as the primary feedstock and green hydrogen as the fuel for cement kilns

A new study led by University of Michigan researchers published in The Astrophysical Journal confirms the sun's magnetic field accelerates solar wind as it relaxes.

A new self-supervised learning benchmark and dataset improve pose estimation, paving the way for more intuitive interactions between technology and the physical world.

Improvements move the deep learning technique towards use in 3D medical imaging.

Layering an organic material on top of 2D materials achieves stable, fast phosphorescent light emission without using expensive and hazardous heavy metals.

New research finds hard carbon in rice hull ash, providing a cheap, domestic source of the material that can replace graphite in lithium-ion or sodium-ion battery anodes.

New device can act as an all-optical switch, the first step towards processing data encoded in light

The immune performance of wild capuchin monkeys declines when the animals experience higher temperatures, and younger monkeys seem to be particularly vulnerable to heat, according to a University of M...

Preparing the next generation of engineers to consider public welfare when developing new technologies.

A new theory, that explains how light and matter interact at the quantum level has enabled researchers to define the precise shape of a single photon.