military cloaking device

Military Cloaking Device - This is the moment a man disappears behind a so-called invisibility suit and says he wants to sell the technology to the military.

A video posted by China's police chief, Chen Shiku, has gone viral and has racked up more than 20 million views.

Military Cloaking Device

It shows him walking through the garden before disrobing and disappearing behind her.

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But experts were quick to call it a scam, saying it was done by tricking software found on the average home computer.

Chen Shiku, deputy chief of the Ministry of Public Security's Criminal Investigation Department, shared the video, which has been viewed by more than 20 million viewers on China's social media platform Weibo.

He wrote: "A quantum cloak is made of a quantum stealth material in a garment that reflects light waves around it and can make the wearer 'invisible'."

"Technology could be used in military: Soldiers want to 'wear stealth military uniforms'".

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Chen said he believed the technology could be useful for the military in special operations (Photo: Weibo)

But a producer from the production company Quantum Video said that there is no such thing as invisible.

Zhu Zhengsong told Liberation Daily: "Software such as Adobe After Effects, Nuke or Blackmagic Fusion can edit the background and blend the object into it. The effect has been seen in many action movies before."

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A major incident was announced after a bus carrying 70 nuclear power plant workers overturned in cold weather, injuring many workers.

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"I managed Amber Gill's Instagram account during Love Island and ITV needs serious change - I get thousands of abusive messages every day and it's damaged my mental health." , night vision, accommodation and tracking, meaning any vehicle with some sort of "invisibility cocoon" will have significant advantages on the battlefield. BAE Systems has tested this technology, which not only allows cars to blend into their environment, but also allows them to mimic other cars or natural objects.

The patented infrared technology called "ADAPTIV", developed at BAE, consists of sheets of hexagonal panels that act as pixels when attached to the exterior of the vehicle. These pixels can individually change temperature very quickly and combine to create an infrared image of the background scene captured by the vehicle's on-board cameras, even allowing the moving vessel to match its surroundings. BAE has also created a library of images to show the heat signature of other vehicles such as cars, trucks and natural objects such as large rocks.

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The hexagonal hand panels are made of lightweight metal so they can withstand physical impact and defend against enemy ammunition. They are heated and cooled using commercial semiconductor technology and powered by the vehicle's systems. They are also designed so that damaged panels can be easily removed and replaced.

BAE says it has focused mainly on the infrared spectrum because it is most important to the Swedish Defense Material Administration (FMV), which is funding some of the work. However, it has also combined pixels with other technologies that provide camouflage in other parts of the electromagnetic spectrum to ensure complete stealth. It plans to further develop this technology over the next few years.

"Previous attempts at camouflage devices have had problems due to cost, excessive power requirements, or because they were not durable enough," says project manager Peder Schölund. "Our panels can be made so strong that they provide useful protection and consume relatively low levels of power, especially when the vehicle is resting in 'stealth mode' and the generator output is low."

In addition to ground vehicles such as tanks, ADAPTIV can also be used on ships, aircraft and fixed installations. Pixels can also be resized to hide in different ranges. For example, a warship or building may not need close-up stealth, so it can be fitted with larger panels to display a lower image.

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BAE conducted tests in mid-July in which one side of a Swedish CV90 infantry fighting vehicle was covered with panels, effectively rendering it invisible or a 4x4 vehicle when seen in the infrared spectrum from 300 to 400m (984) . to 1,312 feet). BAE will showcase the CV90 with ADAPTIV technology at the UK International Defense and Security Equipment Show later this month.

Darren's love of technology began in elementary school with a Nintendo Game & Watch Donkey Kong (still working) and a Commodore VIC 20 computer (still not working). In high school he switched to a 286 computer and has been following Moore's Law ever since. This love of technology continues as editor-in-chief of New Atlas. Researchers are working to create a new design for a Harry Potter-style invisibility cloak that hides objects and makes them harder for opponents to detect.

An academic says he and his colleagues have made progress in the pursuit of invisibility, which has attracted the attention of the military.

These electromagnetic waves and how they exit the object are important to identify it. Radar cannot detect an aircraft without radio waves from the receiver, and to see it requires light to bounce off the object and reach the eyeball. Manipulating these waves could, in theory, avoid detection, and under certain conditions, Kante said it could.

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Kante said he is in contact with the Department of Defense Project Manager and expects to submit a proposal this month.

In 2006, researchers showed that by using coatings, electromagnetic waves can be absorbed or directed around an object, making it "invisible"; it only worked with microwave ovens and in two sizes. Progress has since helped Kante and his team (Lee Yi Hsu

) to a new material consisting of a Teflon substrate layer on which tiny ceramic cylinders are embedded.

Kante cited two major advances: ultra-thin materials and the use of ceramic instead of metal particles in Teflon.

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Previous coating attempts required materials up to 10 times thicker than the wavelength. Missile guidance and the wavelength of marine radars are about 3 centimeters; this requires about a foot of layer. Kante said his material could operate at 1/10th of a wavelength. Therefore, to hide the same wavelength of 3 cm, only a cloak of about 3 mm is needed. Different thicknesses (thin) can be used for electromagnetic waves in the size of visible light (about 400 to 700 nanometers).

If not obvious: hide it. There are far-reaching and very clear military implications for bringing an object closer to a target. Drones and other aircraft, ships and anything else that emits radar can use it. And it can also be used as a high quality camouflage for any background color.

Is a Department of Defense contractor primarily responsible for compliance for the Pentagon and academia/industry. Kayla Matola

, an HDIAC research analyst, told Army Times that UCSD's design is lighter and cheaper than anything else and "pretty much hides what the Army is looking for" in terms of capabilities.

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Yes. First, even in theory true invisibility remains a dream; Hidden objects are still in front of what is behind them. But there are also limitations to visual camouflage and radar masking.

Angular restrictions are listed above. The experiment tested the coating with light at an angle of 45 degrees, and it only works effectively in an angle range of 6 degrees. Kante said his team is working on ways to expand it. Their research states that the math behind the effectiveness of this test shows that a "wide range" of angles should be possible.

In addition, Kante said that the technology does not allow for a layer that would hide the object from both visual and radar detection; a given layer will only work for a very narrow range of wavelengths.

He said that pottery is cheap and plentiful. And he said that while no company currently has the capacity to produce large quantities of this coating material, he said that expanding it would not be difficult.

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Matola estimated that the use of this technology is likely to be 5 to 10 years. The big question is how quickly the military can test it, decide whether or how to use it, confirm effectiveness and superiority, find funding, and get industry to put it into their toys. .

Kante, who came to the United States from France in 2010, was not specifically to help generals hide enemy spying and assassination machines.

While he's interested in metamaterials that can manipulate waves like this technology, he said his main goal is to work on using porous materials to trap light and store data over long periods of time. Using similar concepts as fiber optics, which use light to transmit information instead of electricity, the simplified idea is to cut slower power from computers and

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