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Mass General Brigham researchers have used artificial intelligence to identify a potential link between incidental radiation exposure to the thymus ...

For more than a century, scientists have relied on classical nucleation theory to explain how matter begins to change phase. ...

A small organ long dismissed as a fading remnant of childhood may be an overlooked factor in how adults respond ...

Congenital heart and lung conditions may soon be monitored through one of the simplest biological samples available: urine. A new ...

A new case report describes a “femoral-free” configuration for ambulatory venoarterial extracorporeal membrane oxygenation (V-A ECMO), a form of life ...

A new artificial intelligence model could help pathologists identify the molecular subtypes of central nervous system tumors using information hidden ...

A new copper-catalysed reaction could give chemists a powerful way to create chiral molecules from some of the most difficult ...

Spatial biology has transformed the way researchers view tissues, revealing that cells are defined not only by their molecular identities ...

A new membrane design could change the way scientists think about separating lithium, sodium and potassium ions. Researchers have developed ...

In a result that could reshape the way scientists think about magnetic information and microscopic motion, researchers have captured the ...

A new method could dramatically accelerate the production of MXenes, a family of two-dimensional materials widely regarded as promising candidates ...

Ephaptic coupling, a form of neuron-to-neuron communication that operates without conventional synapses, is moving from the margins of neuroscience toward ...

A rare and notoriously aggressive form of bladder cancer may be more treatable than previously believed, according to a new ...

Graphene oxide is often described as graphene’s chemically expressive cousin: a carbon sheet decorated with oxygen-containing groups that make it ...

Clean water, safe food and rapid biological threat detection are often treated as separate challenges, but a new research project ...

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 ...