New Constant Diameter NeedleProbes with Unique Ability to Measure Liquid Surface Properties by AFM

New, constant diameter NeedleProbes are enabling unique measurements at the liquid/air interface. These NeedleProbes' cylindrical geometry enables a new area of research for liquid studies. AFM can now be used to measure surface tension, contact angle, meniscus height, evaporation rate and viscosity - all in a single force distance curve.

A risk manager’s approach to nanotechnology

A scarcity of empirical data - especially regarding losses - hampers nanotechnology-related risk dialogue. Nanotechnology is a growing niche, so there is little litigation or loss history to analyze. Thus, much of the discussion of nanotechnology and its management flows from hypothetical examples. Less murky is the fact that nanotechnology is not a passing fad. It has innovative applications for a range of technologies and sectors, including drug delivery, medical imaging, integrated sensors, and semiconductors. The biggest areas of nanotechnology risk management concerns lies in workers' compensation and product liability. This article looks at industry responses and risk management strategies.

Help Noliac Pick the Best Amplified Actuators

Noliac has developed a new amplified diamond actuator which allows large controllable displacements, stability with varying temperatures together with high forces for a minimal weight. The scope of combinations between free stroke and blocking force is extensive - will you help them evaluate which combinations could become interesting standard products?

Hydrogen from microalgae

In cooperation with eight partners, KIT scientists are currently working on the development of highly efficient methods for hydrogen production from microalgae. The German BMBF is funding the 'HydroMicPro' project with a total of 2.1 million euros.

New center aims to be a world-class IC design house focusing on ultra low power green microchips and circuits

The S$50 million jointly funded centre by Nanyang Technological University (NTU) and EDB named VIRTUS (Latin for 'excellence'), aims to be a world-class IC design house, developing key technologies required to design integrated circuits and systems for applications in medical technology, clean technology and consumer electronics.