Graphene is being engineered to block mosquito bites, interfere with parasite growth, and power portable malaria tests with higher sensitivity than standard methods.

Researchers used experiments and machine learning to accurately model the disordered atomic structure of amorphous aluminum oxide for the first time.

Scientists used lasers to cool sound vibrations in large objects to their quantum ground state, a breakthrough for communications and quantum computing.

Researchers use metal-organic frameworks to fine-tune moire patterns, paving the way for advances in superconductivity, photonics, and quantum technologies.

A bacteriophage-inspired nanomotor uses ultrasound-activated antibiotics and self-propulsion to penetrate lung biofilms and eliminate drug-resistant pneumonia bacteria with high precision and ...

Chromium doped lithium aluminate converts mechanical stress into near infrared light without pre charging or afterglow, enabling precise sensing and imaging in security and biomedical applications.

PI offers custom gantry motion systems for precision automation in inspection, metrology, laser work, micro-assembly, and high-end 3D printing.

Researchers found direct evidence of active flat bands in a kagome superconductor, opening paths to new quantum materials and future electronic technologies.

Aug 13, 2025 Fast, accurate, low-cost diagnostics: No lab required Low-cost nanoparticle blood test detects diseases like COVID-19, Ebola, AIDS, or Lyme in 15 minutes using just one drop of blood.

Lipid nanoparticles without drugs can make some cancer cells swell and burst, offering a new way to target tumors resistant to existing treatments.

Researchers use graphene metamaterial to create terahertz modulators with record depth and speed, opening new possibilities for communications, imaging, and sensing.

Scientists design citrus derived nanoparticle with a biodegradable shell to target gut receptors and deliver anti inflammatory medicine with high precision.