News

Thursday 8th February 2018

New GF125 mass flow controller features high-speed EtherCAT connectivity and embedded self-diagnostics

Wednesday 7th February 2018

Tuesday 6th February 2018

Tuesday 6th February 2018

Friday 2nd February 2018

Fig. 1: Leti’s prototype with PIXCURVE technology compared to a commercial reference: performance improves, while size, complexity and cost are reduced.

Thursday 1st February 2018

Thursday 1st February 2018

Schematic of the structure and the fabrication process of Yang's spine-like battery. (a) Schematic illustration of bio-inspired design, the vertebrae correspond to thick stacks of electrodes and soft marrow corresponds to unwound part that interconnects all the stacks. (b) The process to fabricate the spine-like battery, multilayers of electrodes were first cut into designed shape, then strips extending out were wound around the backbone to form spine-like structure. —Credit: Yuan Yang/Columbia Engineering

Thursday 1st February 2018

Thursday 1st February 2018

Thursday 1st February 2018

Wednesday 31st January 2018

▪ Q1 FY 2018: Revenue of €1,775 million; Segment Result €283 million; Segment Result Margin 15.9 percent; earnings per share €0.18 (basic and diluted); adjusted earnings per share €0.20 (diluted); gross margin 36.4 percent, adjusted gross margin 37.4 percent ▪ Outlook for FY 2018: Only due to the weaker US$ based on an assumed exchange rate of US$ 1.25 to the euro for the remainder of the fiscal year, year on-year revenue growth of about 5 percent (plus or minus 2 percentage points) and Segment Result Margin of 16,5 percent at mid-point of revenue guidance ▪ Outlook for Q2 FY 2018: quarter-on-quarter revenue growth of 4 percent (plus or minus 2 percentage points) and Segment Result Margin of 16 percent at mid-point of revenue guidance

Wednesday 31st January 2018

Monday 29th January 2018

Friday 26th January 2018

Thursday 25th January 2018

Murata company ranks among top ten semiconductor manufacturers on Patent Power 2017

Thursday 25th January 2018

Thursday 25th January 2018

Illustration of a voltage-induced memory effect in monolayer nanomaterials, which layer to create "atomristors," the thinnest memory storage device that could lead to faster, smaller and smarter computer chips. Cockrell School of Engineering

Thursday 25th January 2018

Thursday 25th January 2018

Thursday 25th January 2018

New Kyushu branch building provides extra floor spare for applications and customer requests

Thursday 25th January 2018

Thursday 25th January 2018

Tuesday 23rd January 2018

Tuesday 23rd January 2018

New research led by WMG, at the University of Warwick has found an effective approach to replacing graphite in the anodes of lithium-ion batteries using silicon, by reinforcing the anode's structure with graphene girders. This could more than double the life of rechargeable lithium-ion based batteries and also increase the capacity delivered by those batteries.