The researchers tested graphene’s ballistic missile defense by firing small projectiles at it. They found that the material was stiffer, more flexible and lighter than the Kevlar jackets used in the military today. And, a million layers of material would be only 1mm thick. The Massachusetts Institute of Technology’s (MIT) Soldier Nanotechnology Institute is working on an efficient manufacturing method for a graphene-based chainmail bulletproof armor, which could potentially give the military better protection than with today’s bulky coats. Chainmail (or mail or Maille) is armor made of metal rings joined together in a protective mesh pattern. Can be used for marines, especially those who have to work in harsh environments, bulletproof and protect against the risk of attack by wild animals when doing special missions. 2. Synthetic blood Synthetic blood is much more efficient than natural cells. The most promising technology being studied is a respirator – a theoretical red blood cell made of diamond that can hold gas at nearly 15,000 psi and exchange carbon dioxide and oxygen in the same way real blood cells. Supersoldiers whose breathing cells are mixed with their natural blood will essentially have trillions of miniature gas cylinders inside their bodies, which means they’ll never run out of breath and can stay under. water for hours without any other support equipment. 3. Jump 7 feet (2.13 meters) and run 25 mph (40.23km/h) Scientists at MIT and other research universities are looking to strengthen the human ankle and Achilles tendon with bio-boots that mimic the tendons of kangaroos. Humans equipped with such boots would be able to jump 7 feet (2.13 meters) or more, sprinting at incredible speeds. And run all day without muscle wear and tear. Bulletproof armor. 4. Vaccinations for pain relief DARPA’s Combat Persistence Initiative (short for Defense Advanced Projects Agency of the Pentagon, USA) aims to help soldiers recover almost immediately from injuries. The pain-relieving shot will work for 30 days and eliminate the painful inflammation that persists after the injury. So soldiers could feel the initial agony of being hit by a bullet, but the pain would disappear within seconds. Soldiers can self-medicate and continue fighting until medical evacuation. 5. Fight against sleep Not all animals sleep the same way. DARPA wanted to find a way to let humans sleep with only half of their brains at a time like whales and dolphins, or even skip sleep for long periods like ENU mice. 6. Telepathy Not all brain implants look very comfortable. US Patent Application Richard A. Normann. Part of DARPA’s “Brain Machine Interface” project is to develop better computer chips that can connect directly to the human brain via implants. In addition to allowing soldiers to control robots with just their thoughts, this will allow teams to communicate via telepathy. While the chips have improved, the project has some detractors. Part of the research is the ability to control mice remotely via implanted chips, and some defense scientists worry about the risk of the military having its mind hacked. For example, the movie “Men Who Stare Goats” is based on a book by Jon Ronson about a secret unit created by the US military in 1979. According to the book, the US military believes soldiers can become invisible, go through walls and kill goats by staring at them. Actor Ewan McGregor plays a reporter who stumbles across a member of that special unit as he prepares to go to Iraq, and the reporter and Lyn Cassady – Clooney’s character – continue the unfortunate journey : they were kidnapped, shot and hit by a roadside bomb… 7. Power-assisted underwear Meanwhile, Harvard researchers studied the “soft exoskeleton”. It’s a DARPA-funded robotic suit that’s essentially a series of fabric muscles worn under a garment to assist the wearer in every step or movement. This reduces fatigue and increases strength without requiring the enormous amount of strength that tough exoskeletons require. Gloves and climbing shoes like geckos. 8. Gloves and climbing shoes like geckos Geckos use the tiny hairs on their legs to cling to surfaces on a molecular level. Although the “Z-Man” project does not necessarily give humans the ability to crawl along the ceiling like a gecko, special climbing shoes and gloves will allow soldiers to easily climb the amazing rock face. against or onto skyscrapers without any other equipment, greatly reducing overhead attack. Researchers have made breakthroughs and can actually support a man weighing up to 90.71kg with current prototypes. Experts note that in the civilian field, work on nerve transplants for humans is happening very quickly. In 2017, Elon Musk unveiled a pig named Gertrude with a coin-sized computer chip in his brain, to demonstrate his ambitious plan to create an interface between the brain and the machine.

A photo of Mars in April 2021. Photo: NASA The word “telepathy” with Martians… Then, a John Hopkins University professor named Robert Wood suggested covering the white alkaline earth plains of Nevada (USA) with giant black spots made of square kilometers of black cloth. “It might be easier to ‘blink’ the signals with dark spots like a mirror of the same size,” explains Mr. Wood. But like Professor Pickering’s plan, Mr Wood’s solution soon fell through due to a lack of funding. Another professor, David Todd of Amherst University, thinks that by raising a balloon 15,000 meters, he can get any message from Mars. “If life really did exist on Mars, they would have tried for years to talk to us, and perhaps wonder how stupid our behavior was for not responding to them,” said Todd. spoke in May 1909, months before the proposed flight was in September. The Tacoma Times reported on Professor David Todd’s plan for a hot air balloon to capture Mars signals on June 14, 1909. Photo: Library of Congress But Professor Todd’s balloon test flight only reached an altitude of 1,500 meters. Soon after, the support that David Todd received from the US War Department abruptly ended, leaving the scientist with no means to continue with his plan. The use of sound waves, mirrors, hot air balloons, and even giant black spots to “make contact” with any possible life on Mars has at least the backing of science. But on October 27, 1926, a London lawyer named Hugh Mansfield Robinson claimed it was “absurd” that he had tried to send a telegram straight to Mars, which is 56 million miles away from us. km, where “Mars girlfriend” is waiting for him! Dr. Robinson is confident that his message will reach the recipient. Mars was then closest to Earth in its two-year orbit. In addition, Robinson said he had a “telepathic” conversation with a six-meter-tall Martian woman named Oomaruru. According to Dr. Robinson, Oomaruru and her Martians live like Earthlings, driving cars and smoking pipes! However, he asserts, they fly through the sky in electric balloons and eat fruit from electric trees. For months before transmitting the message, Robinson worked with the Central London Telegraph Office to send a physical message to his “Mars girlfriend”. Incredibly, the Telegraph Office agreed to send a telegram from Rugby Tower, the most powerful wireless station in the world at the time, at a standard long-distance rate: 18 British cents per word, or about zero. 35 USD. Although the telegraph staff heard no response, Robinson claimed to have heard telepathically from Oomaruru. She told him that the Martians had “sitted for hours to receive the signal”. “They laugh at our scientists because they themselves are completely out of the trouble in the atmosphere, but we are not,” Robinson said. A “selfie” taken by NASA’s Perseverance probe in April 2021. Photo: NASA … to land on the “Red Planet” The ideas of the scientists who came before them seemed far-fetched, but their curiosity and relentless pursuit inspired generations to come. By 1976, the US Space Agency (NASA) had brought the search for life on Mars to the actual surface of the planet via two Viking landers. One of the metabolic reactions conducted by the lander also revealed positive results, suggesting that there may be life on the “Red Planet”. However, those results remain controversial to this day. Subsequent explorations of the landers have provided evidence that Mars may have once been very friendly to life. For example, the Curiosity rover, which landed in 2012, discovered a mountain in the middle of Gale crater on the Red Planet called Mount Sharp. This 4,800-meter-high mountain is formed from layered sedimentary rock, composed of different minerals, and has been formed over time by wind and water, two elements that require an atmosphere to exist. . helicopter (The Ingenuity Helicopter, from the Perseverance probe, has made many flights to Mars). Scientists believe that if there ever was an atmosphere around Mars, then perhaps microorganisms existed billions of years ago while the layers of material were forming, and the “Red Planet” has could have harbored life for about 1 million years. NASA’s Perseverance rover was launched on July 30, 2020 and landed on Mars on February 18, 2021. Most recently, on May 15, 2021, the Tianwen-1 probe and China’s first self-propelled Mars rover, Zhu Rong, successfully landed on the surface of the “Red Planet”. The mission of Thien Van-1 is to land a lander carrying autonomous robots to the surface of Mars to collect data on groundwater sources, looking for signs of ancient life on this planet. Any discoveries by landers from Earth could be microbial, but they will be no less remarkable than the “canal engineers” we had hoped to find on Earth. Mars from the 19th century. Watch part 1 : CHANNEL OF THE ALTERNATIVES