Carbon nanotube-based ethylene sensor establishes fruit ripeness

Carbon nanotube-based ethylene sensor establishes fruit ripeness
The German Vacuum Society and the German Physical Society have honored Dr. Mato Knez for his exceptional achievements in the development of new concepts for materials synthesis on the nano and microscale via atomic layer deposition.
A European research team has made a breakthrough in the printing of organic electronics.
New research from MPI Dusseldorf takes aim at corrosion: a reactive system has been developed, able to deliver corrosion inhibitor to any cut on a metal surface.
Dr. Dieter Kurz elected as new Chairman, effective immediately.
Materials which can improve drug absorption in the body have been developed using silicon dioxide nanoparticles.
A small molecule able to move independently along a track has been developed by researchers at the University of Edinburgh.
A new approach can help scientists predict the thermal stability of potential absorber materials for solar cells.
This week, Professor Ozin defends that most maligned of molecules, carbon dioxide.
X-ray diffraction studies show cement hydration on the millisecond scale.