QmOLED:-In this concept white microLED pixels are used for light emission and quantum dots tuned for blue, green red colors are coated for specific pixels. By using this technology, we get best of both microLED and quantum dots, namely no burn ins, no color shift due to degradation, infinite contrast, high brightness and color accuracy and full color spectrum. And above all since only one type of microLED (namely white or similar color LEDs) are used manufacturing cost of MicroLED display will be very less.

QOLED: -In this concept white OLED pixels are used for light emission and quantum dots tuned for blue, green red colors are coated for specific pixels. By using this technology, we get best of both OLED and quantum dots, namely infinite contrast and color accuracy and full color spectrum.

New method for manufacturing quantum dots display, in this method ionized quantum dots material are fired from ion gun and manipulated by electromagnetic field to a substrate which is negatively charged. In this way we can precisely control thickness of quantum dots coating, thickness of quantum dots is crucial for color. Best thing is that we can use Cathode ray tubes technical principles to this kind of manufacturing. Productivity of the above mentioned new method will be very high considering the fact that CRT TV's have refresh rate of 60fps, this would mean that New method can make 60 panels per second. Since there is no moving parts reliability will be very high...

This method is similar to sputtering method used in IC manufacturing in this method gaseous materials are placed in a high voltage chamber and then focused and driven through an ion gun to substrate, this method will provide high accuracy in thickness and area of coating. This method can also be used in OLED, QmLED and even in IC (integrated Circuit) manufacture. This new method will result in high throughput and quality of display and ICs.