Many fans of the animated series “Dragon Ball“(In all their sagas or seasons) they remember the hard training that Gokú, Vegeta and the whole family of sayayines underwent, with the only desire to improve their level of fighting. But, we started to think what would happen if in real life you were training with this intensity? Here we tell you the scientific explanation of what would happen if these exercises were done with increased severity at unsuspected levels.
MORE INFORMATION: The transformation that every Saiyan can achieve in the future of the franchise
Before, let’s remember a little about how it was that Goku and Vegeta started with these crazy practices of exercising their body, always thinking about increasing their powers, and in the case of the ‘Prince of the sayayin‘Just for a matter of pride and be better than your lifelong opponent.
‘Kararoto’ or the world-famous Goku traveled to Namekusei to accompany his friends to find the dragon’s spheres and thus resurrect those who had been killed by Vegeta and other sayayines. During his voyage, he was training the ship that had built the ship Capsule Corporation. In these chapters it looks like the ‘Legendary Warrior’ it gets to train until a gravity increased in 100 times, which finally derived that it increases his force and thus it can become Super sayayin.
MORE INFORMATION: 10 times Vegeta proved to be a good person
This is just a sample of the atrocities that may have occurred to the creator of “Dragon Ball”, Akira Toriyama. A world filled with fantasies, things that of course could never happen in reality. Although, like so many works of fiction this had a huge impact on the daily lives of his followers. For example, many have wanted to mimic what Goku does in his workouts or what Vegeta does, but the truth is that science says this is humanly impossible and also warns of its risks.
:quality(75)/cloudfront-us-east-1.images.arcpublishing.com/elcomercio/C2762NVUEFCSVA5J2CTCE2SVJA.jpg?w=560&ssl=1)
What if you train with the gravity that Goku and Vegeta did?
In many parts of the world we have seen how some try to imitate the extraordinary things that Goku and Vegeta do in “Dragon Ball”. On this occasion, the official site of the animated series has published an interview with Yutaka Hirata, A professor in the Department of Robotic Science and Technology at Chubu University, who explains that this is what would happen to us if we ever undergo the hard workouts that true sayayines face.
Hirata notes that, to demonstrate how brutal a workout with increased severity can be at minimal levels and not as Goku and Vegeta do, experiments were done, where the risks began to be felt with probable fainting among participants. Initially, attempts were made to increase the severity three times, but they noticed that the risk to which they were exposed was that the blood circulation would decrease and this would cause fainting.
Another of Professor Hirata’s findings is that if someone decides to train with increased gravity 100 times, it’s as if 100 people of your own weight are getting on top of you causing all your bones to break.
“Assuming that the gravitational force is applied vertically, your heart and lungs could not function given the force that pushes you against the ground, Which in turn would slow down blood flow to your brain and, as a result, you would faint. At the same time your bones and muscles would suffer excruciating damage. So, in the remote possibility that you will not faint, it would be impossible in any case that you could endure all this “, Explained the teacher.
THE SCIENTIFIC EXPLANATION OF WHY Goku and Vegeta trained WITH INCREASED GRAVITY
Beyond the fiction and the exaggeration that is the idea of Akira Toriyama, there is something of reality in what he proposes. Professor Hirata assures that beings born on other planets, where gravity is much greater than on Earth, are likely to be stronger than normal.
This way of training does not mean an improvement in muscle mass directly, but in the neural network of the brain so that in this way more accurate messages can be sent to the muscles of the human body.