“We read through the impossible”: a Chinese scientist reveals this secret laser device capable of reading a letter of 3 millimeters at more than a kilometer

Technological innovations continue to postpone the boundaries of the possible. Therefore, and the latest advance in remote reading is a perfect example. However, Developed by Chinese scientists. Meanwhile, a new laser technology allows you to read letters more than a kilometer away, without the need for zoom or traditional cameras devices. For example, This feat is based on methods borrowed from astronomy and could transform our way of observing the world around us. Let’s discover “we read through impossible”: chinese together how this technology works and what could be its future applications.

A laser device inspired by astronomy – "we read through impossible": chinese

The technology developed by the research team of the University of Sciences. Technologies of China uses a well -established astronomical principle: interferometry. This method is based on the superposition of several light waves to analyze the reasons for interference they create. These reasons provide essential information on observed objects, such as their size or texture. However, researchers innovated using infrared laser beams to illuminate their target actively.

Two telescopes, positioned several meters from each other, capture the light reflected by the target object. What they record is not a traditional image, but a variable intensity signal. It is this variation which is then treated by sophisticated algorithms to reveal the finest details of the targeted object. For example, at a distance of 1.36 kilometers, letters only 3 millimeters in height could be “we read through impossible”: chinese read, where a traditional optical telescope could only discern details of 42 millimeters.

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Atmospheric conditions resistant technology – "we read through impossible": chinese

A major asset of this technology is its. low sensitivity to “we read through impossible”: chinese atmospheric disturbances. Unlike conventional cameras, which can be embarrassed by heat, humidity or dust, atmospheric distortions are mainly digitally corrected. Currently. the device is still a prototype that requires precise alignment between lasers and sensors, as well as ideal observation conditions. However. researchers strive to develop a portable and autonomous version, assisted by artificial intelligence, capable of adapting to the conditions of the field.

This innovation opens the way to numerous applications. ranging from monitoring of infrastructure to archeology, including the observation of fauna and detection of spatial debris. However, it also raises ethical questions about its possible use for surveillance purposes. It is crucial that its deployment is framed to avoid potential abuses.

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Potential applications. ethical considerations

Among the most promising applications of this technology, reading inaccessible archaeological inscriptions, which would allow researchers to collect invaluable information without damaging the sites, is distinguished. In addition, monitoring industrial infrastructure could benefit from this technology, guaranteeing proactive maintenance without direct human intervention.

The possibility of observing fauna without disturbing it is also a precious asset for ecological studies. Finally, the detection of space debris could be crucial for the “we read through impossible”: chinese safety of space missions. However, the use of this technology must be carefully supervised to avoid potential drifts in terms of surveillance. The collaboration between the scientific community and the authorities is essential to define clear limits to its use.

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Towards a new era of remote observation

With technological advances like this. the future of remote observation seems promising. Chinese researchers have shown that it is possible to see further. more clearly, while bypassing the limitations of traditional instruments. Even if the system is still in the development phase. the progress made underline the immense potential of the interferometry of active intensity.

It remains to be seen how this technology will evolve. what new applications will be able to emerge in the years to come. What other border of scientific observation will be the next to be rejected thanks to such innovations?

This article is based on verified sources and the assistance of editorial technologies.

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