Scientists observe heavy-fermion states forming between a single atomic layer and copper, revealing new possibilities for engineering quantum materials with unusual electronic properties.
Atomic layer creates unusual electronic state at metal interface Read More »
Researchers develop a silicone nanocomposite with closely spaced silver nanoparticles that improves heat conduction when stretched, offering new ways to cool flexible electronics.
Stretchable nanocomposite conducts heat better when pulled Read More »
Using ultrashort laser pulses, researchers developed a microscope that maps electronic behavior across atomically thin materials, revealing obstacles to charge transport.
New microscope reveals ultrafast electron behavior in 2D materials Read More »
Researchers create smooth, oxide-free potassium films that sharply reduce optical losses while confining light at the nanoscale, opening possibilities for advanced photonic devices.
Potassium enables ultralow-loss plasmonics with strong light confinement Read More »
Researchers develop manganese-doped carbon nanodots that deliver strong MRI contrast, show low toxicity and clear rapidly from the body, offering a potential alternative to gadolinium-based agents.
Manganese-doped carbon nanodots offer alternative to conventional MRI contrast agents Read More »
