The Concept

Pixoren (Pixel Rendering) Technology originated in stars. Astronomers often use data available to them to discover objects invisible to our instruments by observing how they interact with objects we can see and measure. Pixoren Technology uses low resolution image to calculate high resolution elements invisible in original image. Such elements affect their surroundings and this interaction is used to mathematically render extreme details from available lower resolution. See Technology Description for more details.

The Application

Pixoren Technology can be applied to the wide spectrum of digital imaging equipment.

We can boost the resolution of a typical digital photo camera at a minimal cost, using a single lower resolution CCD or CMOS. For example, a low cost 8MB camera can be fitted with Pixoren system to capture 32MB or even 72MB image. Extreme resolution scanning devices using typical flatbed scanners may reach the quality of large commercial drum scanners.

Pixoren equipped telescopes may discover objects not visible at the highest resolution available today. Survayance satelite cameras fitted with Pixoren could capture extreme level of detail not available with current equipment. We may be able to read a book held by a person on Earth using Pixoren equipped digital cameras in Space.

Military application of Pixoren Technology may include extreme resolution optical equipment, which may help in determining details of an enemy's location from a safe distance. Pixoren equipped guidance systems may offer increased precision of data acquisition. See Technology Application for more details.