The Russian army developed invisible clothing for soldiers to resist various dangerous particles.

According to the US "National Interests" magazine website on the 19th, Russia has developed a special film material, the clothing made with it can not only be invisible, but also can resist various dangerous particles including viruses.

According to the report, the “Russian Prospect Research Foundation” is similar to the US Defense Advanced Project Research Institute (DARPA) and is responsible for researching various future technologies. The foundation's general manager, Andrei Grigoreyev, revealed that the newly invented film material can be used to make a variety of ultralight equipment and clothing that would make the soldiers wearing it "almost invisible." It also filters out a variety of dangerous aerosol particles, such as viruses, toxins and allergens, for a promising future in medical and military applications. It is reported that this material will be rigorously tested in August 2017 under conditions close to natural use.

Although Russia did not disclose the specific principles of this invisibility cloak, the report speculates that this new material can block the penetration of tiny particles and perhaps isolate some of the electromagnetic waves. If this material is really developed, it will be a revolutionary result. According to the report, Russia is completely different from the current mainstream stealth clothing design. For example, the "invisibility cloak" displayed by Japanese scientists is a coat with a camera that can project the image of the surrounding environment onto the garment, so that the wearer "looks not to be there", but the actual effect is not good.

The report mentioned that Russia had also disclosed another new technology that would make soldiers invisible. This unique ointment called "Fog-R" not only absorbs up to 95% of the infrared radiation in the human body, but also has medical features that accelerate wound healing. Only need to be applied to exposed skin, the soldiers are almost invisible in front of the thermal imager and infrared camera, and the validity period is up to 2 weeks. (武彦)