Is it possible to get super powers

There could even be a parallel universe full of beings with superpowers. It seems entirely implausible; however, it is theoretically entirely possible. In this Universe, we stand at an unprecedented juncture in our history. In X-Men: Apocalypse , Professor Xavier and his pupils battle the might of Apocalypse—the first mutant to carry the X-Gene which is what gives mutants their superpowers. And oddly enough, there is real science behind how this works.

To break it down, our DNA contains more than 20, genes, and when some genes are expressed, they produce proteins such as collagen and haemoglobin. The X-Gene gives the X-Men characters their abilities due, in some part, to the fact that they produce proteins that we do not. In short, CRISPR is a revolutionary gene editing technique that can modify any region of the genome of any species with high precision and accuracy…and it does so without harming other genes.

You really could become an X-Person. Or at least, you could become a kind of X-person by boosting your intelligence , becoming immune to disease , and accomplishing any number of other superhuman feats. Of course, the biological road to superpowers will be a long time coming, due to the required resolution of ethical, societal, and financial issues surrounding human gene editing…but maybe those relishing a superpower future can instead turn to recent advancements in modern technology and materials.

Namely, graphene is one of the best conductors in the world. And there are several things that we are developing that come close. His flexibility is at least in part due to a rare condition called Ehlers-Danlos syndrome , which causes connective tissues to become loose and stretchy. As humans, we have mastered the use of tools, the art of language, and the ability to walk upright. But overall, physical evolution seems to be slowing down.

The next logical step is for us to power up our mental capabilities. Many people have suggested that learning is the key to improving your abilities.

Speed reading , super-sensitive senses , and superhuman strength are all known to improve as a result of intense learning and repetition. Maybe night vision is your superpower of choice?

In that case, you could switch out your contact lenses for smart lenses containing graphene. Peter Parker was bitten by a radioactive spider causing him to become Spider-Man, and Dr.

Bruce Banner accidentally came into contact with the Gamma bombs he was working on and became The Incredible Hulk. These were not planned events, so how hard can it be to gain superhuman powers on purpose? ACVR2B codes for a receptor that inhibits the action of myostatin, a naturally-occurring protein that limits muscle growth. John Evans is one example of superhuman strength.

One of which was a pound car! He balanced a Mini Cooper on his head for 33 seconds. His superhuman strength is primarily in his neck, which boasts a inch circumference. Echolocation, using sound for navigation, is most commonly associated with dolphins. A super sense of sound could prove crucial to improving the lives of people with visual impairments.

Scientists believe that the prestin protein , encoded by the SLC26A5 gene, is key to the ultrasonic hearing range of animal sonar. Daniel Kish is one example of someone with superhuman senses. In fact, superhuman speed is one of the most attainable powers. Researchers from the Federal Polytechnic School of Lausanne in Switzerland knocked out the NCoR1 gene in mice, which led them to run twice as fast as normal!

The NCoR1 gene encodes a protein called nuclear receptor corepressor 1 that inhibits muscle growth, so when it was knocked out the mice grew muscles that were larger, more dense, and had a greater number of mitochondria than their wild type counterparts. Our ancestors traveled the world, traversing deserts like the Sahara and freezing regions like Siberia, scaling mountain ranges like the Alps and Himalayas, and even crossing segments of the ocean to populate new lands. Inside all of us, we have remarkable abilities to resist extreme weather and to endure extreme physical stress.

These superpowers are really what Carney calls "human powers," and they can be developed and learned. Here are seven of the "superpowers" that can be found in individuals or that can be developed. Carney began his investigation into the power of the human body to resist extreme conditions by studying with Dutch fitness guru Wim Hof.

Hof claims that training his body through a combination of breathing exercises and exposure to cold temperatures has given him the ability to naturally warm himself, adapt more quickly to altitude, and either activate or suppress his immune system.

While Carney started out skeptical, he was soon convinced. The Hof method had a powerful effect on his physical fitness and he was able to climb icy Mount Kilimanjaro in just over 28 hours, shirtless for much of the way most climbs take about a week in full weather gear.

Researchers have found that people who learn the Hof method do gain a limited amount of control over their immune system , something previously thought impossible. If you've ever caught a flight to a high altitude location like Mexico City or Cuzco, Peru, and then tried to go for a job or even just walked up a hill, you know that altitude can be brutal. And yet after a few days, things become easier. Your body adapts and red blood cells start to change how they react and hold onto oxygen overnight.

This causes changes that last for months, making you able to live at the top of the world. Indigenous people who have lived in these regions for thousands of years have developed even more adaptations that make it possible to thrive with drastically reduced levels of oxygen in the air.

There have always been people who dove deep into the sea. Ancient Greeks dove to wage war and to collect sea sponges, Japanese and Korean women dove to collect shellfish and pearls.

But we've often thought of the ocean as a hostile place. When Raimondo Bucher set out to dive 30 meters in , scientists thought the pressure would kill him — yet he emerged from the sea alive and began the tradition of modern freediving, which we're still finding the limits of. Researchers have found that something about submerging ourselves in water causes heart rate to drop and oxygen consumption to slow.

In recent years, divers have continued to push human limits, going down to feet and at least one holding his breath for more than 22 minutes underwater.

We don't know what the limits are, but testing them is dangerous. Hof isn't the only one to show that humans can resist freezing temperatures. Distance swimmer Lewis Pugh has endured kilometer swims in the Arctic and Antarctic.

Researchers who have studied him say that his body temperature rises 1.