Researchers from Virginia Commonwealth University have found a way to fabricate precise, biocompatible architectures of silk proteins at the microscale.

Researchers from Virginia Commonwealth University have found a way to fabricate precise, biocompatible architectures of silk proteins at the microscale.
A mechanism of growth of anisotropic metal oxides that was predicted 20 years ago has been observed for the first time.
Researchers at EPFL have successfully demonstrated super-resolution biological microscopy using virtual imaging with an affordable microsphere nanoscope.
Researchers create an artificial chemical sensor based on one of the human body’s most important receptors.
A self-powered, visible-blind UV detection design using silicon based photodetectors combined with UV sensitive luminescent materials has been developed.
Multispectral fluorescence lifetime imaging system with ultrasound guidance could improve intravascular diagnostics and analysis of atherosclerotic lesions.
New Humboldt Professorships have been awarded, among them three prominent international physicists working on electronic, magnetic and superconducting materials.
A study to investigate how nanoparticles could be used to improve the diagnosis and treatment of cardiovascular disease has received £3 million funding.
EPFL scientists use lasers to determine for the first time how specific vibrations in a water molecule affect its ability to dissociate.
Penn state engineers create specially formed material that can provide custom broadband absorption in the infrared using genetic algorithms.