5 new technologies that could save your skin on future battlefields
It's no surprise that the U.S. military is constantly trying to stay on the bleeding edge of technology to give its troops the upper hand. But what might raise eyebrows is how deep they're thinking about every strategic and tactical advantage.
Still no Iron Man suits. (Marvel/Paramount)
What also might not be so obvious is the civilian tech out there that'll help troops on the ground in the future.
1. DNA reconfiguration to resist radiation.
Researchers at the university of Tokyo isolated the cells of a microscopic organism called the tardigrade. It looks like a fat cross between a walrus and an anteater, but the little guy is resistant to boiling temperatures, extreme cold, crushing pressures, and intense radiation that would instantly kill any human.
The mighty tardigrade. (Eye of Science)
The December 2016 issue of Foreign Policy magazine reported the same researchers added the resistant DNA to human cells in a petri dish and bombarded the cells with X-ray radiation. They found that human cells configured with tardigrade DNA were 40 percent less damaged than regular human cells – resistant enough to withstand the radiation on the surface of Mars.
2. Bomb-detecting spinach.
It's not just for Popeye anymore. A research team at MIT embedded nanoparticles onto spinach plants and when these particles come in contact with explosives, they bind together, causing a reaction that gives off an infrared signal and can be alerted to mobile phones via wifi.
The jury is out on eating nanomodified spinach. Probably.
Not only does the plant modification detect explosives in soil, but it can also detect them in groundwater. Moreover, the plant can be used to decontaminate soil and take reclaim environmentally damaged Earth.
3. Solar Cell Uniforms.
Not solar-powered uniforms, solar power uniforms – wearable solar cells. the University of Central Florida estimates a typical rucksack weighs 60-100 pounds and is full of devices that require batteries — NVGs, radios, and GPS devices, to name a few. Those same researchers estimate that U.S. troops in Afghanistan carry 16 pounds of batteries for every 72-hour mission. Wouldn't it be great if they didn't have to carry that extra weight?
The supercapacitor ribbon can be reused more than 30,000 times and can fully charge an iPhone in minutes. (UCF photo)
That's why they developed a supercapacitor, a strip of electronic ribbon they want to interweave with cotton for American uniforms. The new fatigues would come with clip-on adapters to use in charging their needed devices. The troops would be walking solar panels, never running out of juice while on the mission.
The tourniquet is a long-standing staple of the battlefield and has been since before recorded history. The standard tourniquet has come a long way in that time; strips of torn cloth are now specially designed for ease of use and maximum pressure. But now it's about to make its biggest leap ever.
Vaguely-related stock photo.
The Feinstein Institute for Medical Research in Manhasset, N.Y., is developing a "neural tourniquet" that is placed on a wound to electronically stimulate the spleen, ordering the red blood cells to clot wounds everywhere on a body. So far, researchers note that clotting with the e-tourniquet begins in as little as three minutes, cutting blood loss by 50 percent and bleeding time by 40 percent.
5. Electric training headphones.
The Halo Sport is currently in the realm of Olympic athletes. It's a $700 headphone device containing electrodes that send an electrical current to the brain's motor cortex. This strengthens the connection between the brain and muscles, improving muscle memory - giving athletes a bigger edge in competition.
The Halo Sport in use. (Halo)
If training with the Halo Sport gives athletes a performance edge in training, it could probably do wonders for getting new recruits and foreign armies up to speed on the tactics of future battlefields.