Interest in space and space travel increases with the influence of films made, which in turn leads to the question of how applicable the concepts in such films. In this article we see if the artificial gravity spaceship mentioned in Interstellar is logical. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an original essay Since space travel has no gravitational effect, it is inevitable that people who undertake such journeys will encounter problems such as bone loss and long-term muscle loss. The crew of the International Space Station (ISS) exercises at regular intervals to eliminate or at least reduce these effects. However, these exercises do not yet represent the definitive solution to the problem. If you are going to live in a weightless environment for a long time, you will have to look for a way to create gravity artificially. In many films, an artificial gravity joker is used to solve this problem. Indeed, creating artificial gravity is a laborious task, but there are still several ways. Crazy ideas One of them is artificial gravity with linear acceleration. The vehicle gains a constant velocity and exerts a counter-direction force on the objects inside. It's the same sensation you get in a car that suddenly accelerates. The only difference is that this event will take place continuously in space. However, due to the fact that a vehicle represents the maximum limit to which a vehicle can accelerate, and due to orbital mechanics, the range of use of such a vehicle is limited to certain intervals of long interstellar journeys. In other words, while this approach may be a solution, it is virtually impossible to maintain without stopping. Another proposed method is to create artificial gravity by exploiting the diamagnetic or paramagnetic properties of the substance. Diamagnetic substances are pushed by very strong magnetic fields, paramagnetic substances are attracted. The differences with normal magnetism (ferromagnetism) are small in the kinetic effect. In other words, the relationship between a piece of iron and a magnet is almost negligible. For this reason, a spacecraft must have very strong magnets to function in this way. Another method that is unlikely to be seen is gravitational electromagnetism and artificial gravity. It is based on the idea of ​​creating a kinetic effect using the similarities between Einstein's gravitational formulas and Maxwell's field equation formulas. The European Space Agency (ESA) is continuing its research in this area. Another unlikely hypothesis, at least recently, is to create artificial gravity by manipulating the Higgs field. However, further research is needed to achieve this goal. Rotating housing modules The main reason why this idea has not been realized so far is financial inadequacy. NASA has done some work in this field, but all the work on the International Space Station was taken off the shelves because it was a zero-gravity investigation. However, this did not prevent the use of similar designs in science fiction. One of the coolest examples of this 2001: A Space Odyssey named Hal was seen in the famous film with artificial intelligence.Space Odyssey 2001Another film with artificial gravity is a spaceship called Endurance, mentioned in the film Interstellar. The difference is that it is not a space station, it goes through a wormhole orbiting Saturn and goes to another galaxy. Now let's look at how these tools work. Centrifugal forceThe effect that an object has on the body due to its.