An exactly solvable model shows how cavity photons create long-range interactions, allowing a one-dimensional spin chain to ...

Researchers use salt additives to reduce defects during perovskite crystal growth, achieving 26.5% solar cell efficiency and ...

Six-axis magnetically levitated linear, rotary, and AFM stages bring nanometer stability and in-process error correction to bonding, inspection, and metrology.

Customizable nanoparticles displaying cancer antigens at controlled densities strengthen immune responses and improve protection against melanoma and colon tumors in mice.

Researchers detect a distinctive magnetic handedness in manganese telluride, providing direct evidence for altermagnetism, a third form of magnetism with potential applications in advanced electronics ...

Adding titanium to chromium nitride suppresses atomic defects and improves electron transport, producing thermoelectric thin films with a 250-fold higher power factor than undoped material. (Nanowerk ...

Researchers develop a 5-micrometer LED with a record 2.75 GHz modulation bandwidth for quantum-well LEDs, consuming just 25 milliwatts and offering a potential low-power alternative to laser-based ...

Researchers developed ultrabright, near-infrared fluorescent nanosheets based on a 4,500-year-old Egyptian pigment, offering ...

Researchers reveal how pressure creates microscopic cracks between liquid metal droplets, forming electrical pathways in soft ...

By analyzing protein coronas across 42 nanomaterials, researchers identified how surface charge, PEGylation and shape influence cellular uptake and immune evasion, enabling more predictable ...

Researchers engineered angstrom-scale water channels in polymer membranes to separate lithium from magnesium-rich brines, ...

Researchers form a 20-nanometer silicon nitride layer without conventional sintering additives, enabling detailed imaging of ...