China Unveils Quantum Radar That Can Spot Stealth Jets: Forget India’s Rafale, Even The US F-22 Has No Escape | World News

Beijing: China announced that it has started mass production of the world’s first ultra-sensitive quantum radar detector, called Photon Catcher. The device can detect individual photons, the smallest units of light, making it capable of detecting stealth aircraft normally invisible to conventional radars.

Developed at the Quantum Information Engineering Technology Research Center in Anhui Province, Photon Catcher will become a key technology in modern quantum radar and communications systems, giving China a potential advantage in tracking advanced fighter jets such as the American F-22 and India’s Rafale.

A New Era in Radar Technology

Science and Technology Daily, published by China’s Ministry of Science and Technology, reported last Friday that Photon Catcher is a breakthrough in quantum radar technology. The publication emphasized that large-scale production demonstrates Beijing’s growing self-confidence and leadership in quantum information technologies.

According to Daily, the single-photon detector is extremely sensitive and can capture individual photons among billions of photons; This is a feat previously thought to be nearly impossible.

Detecting One in Billions of Photons

People see countless photons when looking at an image. Detecting a single photon among these numbers is like hearing the sound of a grain of sand falling during a storm.

This ability to detect individual photons allows the identification of even extremely weak energy signals, a fundamental principle for quantum radar and quantum communication systems.

Is the F-22 Invisible Anymore?

American stealth jets like the F-22 rely on special coatings and airframe designs to absorb or deflect radar waves, making them invisible to conventional radars.

Quantum radar works differently. When the stealth plane interacts with the photons emitted by the radar, the original quantum properties of the photons change.

According to the non-cloning theorem of quantum mechanics, fake signals emitted from planes cannot perfectly copy the physical properties of the original photons. By analyzing the positions and states of reflected photons, quantum radar can effectively detect deception.

The technology improves detection of low-visibility targets, consumes relatively little power, and can be used across multiple platforms. Low energy emissions ensure reliability and safety in complex electromagnetic environments, while making the radar itself difficult to detect.

Rafale Jets Are No Exception

The Indian Air Force currently operates advanced Rafale fighter jets, which are part of the 4++ generation fighter jets and are equipped with the latest weapons and technology.

In any future conflict scenario with China, quantum radar could quickly detect these jets and relay precise information to Chinese air defense systems, potentially creating a significant challenge for Indian operations.