New era of premium TV: Mini LED screen, price starts at Rs 10 lakh

If you go to buy a new TV today, you can easily get an LED TV for 25-30 thousand rupees. In brands like Samsung, a 75 inch TV is available for 1 to 1.5 lakhs. But the Hisense company has launched a TV worth 30 lakh rupees in India. It may sound strange that you can get an SUV car or even a flat for 30 lakhs. Then why would anyone buy a TV? But the company claims that this is a 116 inch TV and it has RGB mini LED technology, which is available in a few TV series around the world. Know about this technology....

RGB LED: Brands like Samsung are also in the race.

Hisense's new TV has separate red, green and blue LEDs for each pixel. These LEDs are very small. Hisense claims that this screen can display 70% of the colors that human eyes can see. RGB technology is growing rapidly. This month Samsung also launched the first micro RGB TV.

types of TV technology

LCD and LED: Both have backlight which creates images from liquid crystals. The only difference is that LCD has fluorescent light like tubelight and LED has small bulbs. This is why colors look better in LED. 

OLED: In this, every pixel i.e. every dot lights up on its own. The picture quality and color of OLED is the sharpest and strongest.

QLED: This is an advanced version of LED, in which quantal dots are used. These make the colors more vivid and natural. That is why it is special

why so expensive?

* This is 116 inches, i.e. like a mini home theater. There is also a 100 inch model with the same technology which costs Rs 10 lakh.

*Samsung's 115 inch RGB Mini LED TV is also available in Korea,

*It has 8 speakers and 2 sub-woofers so that the sound is like that of a theatre

Quantum Computing

 Quantum computers will do extraordinary things. They will create  complex digital twins at the molecular level and develop optimization solutions at the International level, allowing us to , from pharmaceuticals to logistics.

But before we can see any of those benefits, we need a viable quantum computer that can solve hypercomplex problems. The quantum computers we have today can solve problems, but nothing an ordinary computer can’t handle. 

To take the next big leap in quantum computing, we required a stable qubit.

A qubit, or quantum bit, is the most fundamental building block of a quantum computer. It functions much like a transistor on a standard computer chip, but it can calculate in ways no traditional microprocessor ever could. Building a useful quantum computer would require entangling thousands of these qubits.