PI's Fast, Multi-Channel Photonics Alignment (FMPA) technology is a collection of firmware-level commands built into the company's highest-performing digital nanopositioning and hexapod controllers.

Now, a team of researchers led by Southeast University in China has shown that some of those calculations can instead be ...

I recently received a newsletter with the words “6G Is Coming …Are You Ready?” in the subject line. The newsletter was a ...

Flexible NIR and SWIR image sensors combine infrared spectral sensing with conformability, offering new possibilities for wearable healthcare, agriculture, inspection, security, robotics, and ...

Frequency combs are light sources with a spectrum that comprises a series of sharp, equally spaced lines. The frequencies of these lines are known to a very high degree of accuracy, which makes ...

Continuous time crystals inside a semiconductor can synchronize with one another, locking many separate spin oscillators into a shared rhythm. The coupling appears to come from spin-polarized ...

In analogue RFoF the RF waveform is directly modulated onto an optical carrier, providing transparent signal transport with ...

UT Austin researchers see the technology as a broader effort to make fast, quantitative blood flow imaging accessible.

Positional feedback refers to a device that can read the location of the stage while also allowing the controller to determine its speed. Some motion stages do not employ feedback. Rather, they assume ...

Microscopic lasers have been synchronised at room temperature, creating a reconfigurable source of coherent light.

When it comes to maintaining the functionality of your CPU, it is important to keep it from overheating. That's where a ...

Automotive LEDs and drivers advance with smaller footprints, better thermal handling, and flexible color control.