Magnetized plasmas enable precise control over nanomaterials
Magnetized plasmas enable precise control over nanomaterials, letting researchers tailor properties at the nanoscale with improved accuracy and repeatability
Magnetized plasmas enable precise control over nanomaterials, letting researchers tailor properties at the nanoscale with improved accuracy and repeatability
Google commits $9 billion through 2027 to expand its South Carolina data center footprint, adding a Berkeley County expansion and two Dorchester County centers
A collaborative team of scientists has engineered a novel molecular structure that acts as a dam, effectively plugging energy leaks…
An experimental drug shows promise for severe heart attacks in mice, offering clues about reduced tissue damage and potential pathways for future human trials
A new Mount Etna seismic analysis uses the b-value to forecast eruptions months in advance, drawing on 20 years of data for a more proactive monitoring system
Gaia data uncover 87 new stellar streams in the Milky Way, expanding the galactic atlas and offering new gravitational probes of dark matter and halo structure
A team of artificial intelligence bots developed by engineers has demonstrated the ability to solve complex design challenges at a…
A new mathematical model shows viscoelasticity drives rapid crack sharpening in rubber, forming a glassy tip and expanding viscous zone as cracks speed up