Industries

PEWATRON has launched the A3 series of gauge pressure sensors from Fujikura. The AG3 and AP3 series are compatible in footprint and pin configuration with the highly successful F and X series, but with better total accuracy performance (<+/-1.5%) and a very low noise output.

Following the January 2016 launch of the u-blox 8 GPS/GLONASS receiver platform, an update of the u‑blox 7 platform, u-blox has released its u-blox 8 module series. This new module portfolio addresses power sensitive usage, whereas the existing u-blox M8 platform continues to serve applications where navigation performance and highest accuracy are paramount.

SIFCO ASC has launched a whitepaper which outlines the increased efficiency potential of selective plating for aerospace applications. By highlighting the performance and portability of the aerospace approved SIFCO Process, the paper makes the case for a wider adoption of selective plating - for salvage, repair and many OEM applications.

The battery is the beating heart of a drone. The performance of the battery is the key factor in determining the drone’s range and how much payload it can carry – particularly relevant when you consider the delivery applications envisaged for drones by the likes of Amazon and Google.

Designed for use in high temperature, high power, automotive applications, TT Electronics has announced a range of SMT power inductors. The HA72T-06 series inductors meet the growing automotive market’s demand for certified, high power inductors for high efficiency DC/DC converter deployment using high switching frequencies up to 3Mhz as well for as EMI and low pass DC ripple filters in high temperature environments.

Sixty years ago, Alan Turing proposed that body patterning is achieved by two types of signaling molecules that spread in the developing tissues to create a spatial pattern. Scientists from the Friedrich Miescher Laboratory of the Max Planck Society in Tübingen have now developed new mathematical approaches and software to systematically analyse realistic pattern forming networks that involve more than two molecules.

UK robotics innovation is taking centre stage this summer, with the announcement of a nationwide programme of exciting events for the first ever UK Robotics Week from 25th June to 1st July 2016. Events for people of all ages are being held up and down the country, spanning public lectures, open labs, schools, academic competitions, hackathons, tech weekends for children and cutting-edge robotics showcases.

An international team including the Lomonosov Moscow State University researchers have determined which enzyme enables Escherichia coli bacterium (E. coli) to breathe. The study is published in the Scientific Reports. Scientists discovered how the E. coli bacterium can survive in the human gut, resolving the mystery of how they breathe. Vitaliy Borisov, senior researcher, explains that E. coli uses special enzymes that are absent in the human bod...

So far, PhotoDynamic Therapies (PDTs) have been dependent on oxygen in the tissue. But hardly any oxygen exists in malignant, rapidly growing tumours. A group of researchers of KIT and the University of Kiev has now developed a photo-switchable molecule as a basis of an oxygen-independent method. Their successful laboratory tests on tumours are reported in the journal “Angewandte Chemie” (Applied Chemistry).

When David Lentink watches a pigeon dart around a building and land perfectly in its roost, however, he sees the future of robotic flight. Lentink, an assistant professor of mechanical engineering at Stanford, has been studying birds in flight for years, with an eye toward applying the tricks birds use to navigate changing conditions in the real world to design better aerial robots.