A new supercomputer named after a winner of the Nobel Prize in chemistry will help power artificial intelligence technology ...

Imagine a screen so thin it’s barely visible—yet capable of displaying dozens of different high-resolution images, all hidden ...

A novel microscopic imaging technique developed by Brown University engineers captures 3D images using quantum entanglement.

This monitor adjusts to your head movements and your workflowByte-Sized Brief4K QD-OLED display with Dolby Vision and AI 3D ...

A remarkable aspect of this technology is its ability to project entirely different images depending on both the wavelength (color) and spin (polarization direction) of light. For example, ...

From smartphones and TVs to credit cards, technologies that manipulate light are deeply embedded in our daily lives, many of ...

When COMPUTEX rolls around, all eyes turn to the boldest hardware and the wildest prototypes. And this year, MSI delivered ...

Kobe University's development records 3D images of moving objects and obtains images outside the visible spectrum with a ...

Meet FlexiVol, and interactive 'hologram' that users can manipulate and change, leading to more in-depth analysis of medical scans and even improved video games.

Abstract: A study of questions raised by the conception of a tool for computer-aided decision analysis that would ... It was developed for the automatic display of graphs hierarchized according to the ...