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The U.S. National Science Foundation has renewed the Quantum Leap Challenge Institute for Quantum Sensing for Biophysics and Bioengineering, known ...

High-entropy alloys are built from an unusual recipe: instead of relying on one dominant element with smaller additions, they combine ...

Ultrafast electron diffraction has taken a major step toward becoming faster, smaller and more precisely synchronized. In a new proof-of-principle ...

A new approach to energy storage could keep advanced electronics running in environments where conventional batteries and capacitors begin to ...

A new analysis of approximately 2.3 million people has examined whether following a Mediterranean-style diet is associated with a lower ...

A new study has brought together two familiar polymers and two widely used ceramic nanomaterials to create a hybrid nanocomposite ...

A newly published correction in Cancer Immunology, Immunotherapy has repaired two tables in a study examining haemostatic changes during chimeric ...

Ground beneath rapidly growing cities can move in ways that are almost impossible to see until the consequences become dangerous. ...

A new peer-reviewed analysis is challenging one of the most trusted assumptions in the rapidly expanding market for “clean,” “safe,” ...

Professor Mari Lundström has received the Royal Society of Chemistry’s Faraday Medal in Electrochemistry for developing technologies that could change ...

Kidney cancer may have revealed a new way to outsmart one of modern oncology’s most important drug strategies. A study ...

A molecular feedback system best known for restraining inflammation may also protect the liver from metabolic overload, according to a ...

Acute myocardial infarction complicated by cardiogenic shock remains one of the most dangerous emergencies in modern cardiovascular medicine. Even when ...

A new polymer-assembly protocol is turning a familiar biodegradable polyester into precisely shaped two-dimensional nanomaterials. In a study published in ...

Metal–organic frameworks, or MOFs, are best known as highly ordered crystalline materials whose molecular building blocks assemble into repeating networks ...

Micro-LEDs have long promised to transform displays for smartphones, televisions, smart glasses and immersive virtual-reality headsets, combining extraordinary brightness with ...

Urothelial carcinoma, the most common form of bladder cancer, has entered a new therapeutic era with the arrival of a ...

A new materials study is drawing attention to an unlikely partnership at the nanoscale: graphene oxide, nano-sized zinc oxide and ...

A new drug-delivery coating could transform how paclitaxel is released during balloon-based coronary interventions, according to researchers who have developed ...

A five-university Japan–Taiwan research consortium has been selected for the 2026 Japan–Taiwan Exchange Association Joint Research Grant Program in Natural ...