.png)
Researchers at Chalmers University of Technology have discovered why there is a speed limit on how fast the properties of light can be changed with the help of specially designed materials. This new understanding can point the way forward for the next generation of consumer electronics, such as smart watches, screens and glasses.
CEVA Dragonfly NB2 Applications
A scaled-up NESMD test bed during a 2017 demonstration at NEWT, an NSF-funded engineering research center at Rice University. (Photo by Jeff Fitlow/Rice University)
From left to right:
Mr. Martin Sjöstrand, CEO of Powerbox ; Mr. Masato Tanikawa, Cosel President and CEO
.png)
Shigenao Ishiguro, President and CEO of TDK Corporation, and Yoshiko Tanahashi, Director of Clarivate Analytics Japan
Artist's rendering of light interacting with BaTiS3 crystals.
The fabricated transceiver only measures 3 mm × 4 mm and consists of four transmitting and receiving elements. The subcomponents of TRX1 are displayed.
This image shows the positions of atoms in a ferroelectric-like metal that contains barium titanate, strontium titanate and lanthanum titanate.
Figure 1: KEMET’s high voltage ceramic capacitor with internal arc protection.
Figure 1: Building blocks of a typical synchronous GaN buck converter.
Figure 1: A typical PSA application with two CPUs and twin pairs of memory banks (Source: PSA)
Figure 1: The motion control unit is wired to each actuator separately; fitted effectors require their own, separate wiring harness.
Randomly sprinkled magnetic atoms (red arrows) on a superconducting surface may give rise to a topological superconducting phase. Inset: The onset of the topological phase is signaled by the appearance of so-called Majorana edge mode encircling the system.
