“If we can bend space, we can bend time.” who wrote an equation and said that he made a prototype device for a valuable component of this equation. astrophysicist Mallett
The story of is quite interesting.
travel to the past in cinemas, it is either done with easy formulas or these procedures are not explained to the audience in detail. In reality, time travel is stuck with very solid physics stuff. When you read Ron Mallett’s story, “Or are these laws not that strict?” you can say.
A few real-life scientists are trying to fulfill their dream of traveling in time by emulating mad science folks like Doc Brown from “Back to the Future.” One of them is astrophysicist Ron Mallett.
Mallett claims to have found the scientific equations and principles that make it possible to build a time machine. He admits that his theories and designs are unlikely to allow time travel, but he has spent years pursuing his dream of going back in time to see his lost father again. is doing respectable work.
Mallett was 10 years old when his father died of a heart attack. His father, a TV repairman, instilled in his son a love of reading and encouraged his passion for science.
About a year after his father passed away, Mallett wrote the classic sci-fi novel he called “the book that changed my life.” “Time Machine” he stumbled upon. Thanks to the imagination of the reporter H. G. Wells, Mallett felt that the sudden family tragedy might actually be a beginning, not an end.
at the University of Connecticut physics professor spent his career researching black holes and general relativity—theories of space, time, and gravity discovered by Albert Einstein. Mallett is still far from her goal, but her wish on this subject, the power of her childhood dreams, creates a touching story.
Mallett first encountered the concept of time travel in the 1950s.
“We hadn’t even been to space,” he says. “People weren’t even sure we could do it.” Mallett, who describes himself as a “book lover”, spent his time in local bookstores after his father’s death and became his next main inspiration. He came across Einstein’s writings here.
He continued to study science books throughout his teenage years, and after leaving high school he entered the US Air Force, where he served for four years. He later entered the academy. A bachelor’s degree in physics, followed by a master’s degree specializing in Einstein’s theory and received a doctorate degree.
His first job was working on lasers and jet engines at United Technologies, an aircraft manufacturer. After several years of applying his mathematical theories in this practical setting, he joined the University of Connecticut (UCONN). assistant professor of physics
Joined as .
Mallett with his key equation, which he says proves time travel is possible:
“Mad professor” was aware of the cliché. He wanted to ensure that his ambitions were not mocked. The personal direction of Mallett’s work is very impressive, well the science behind his ideas how possible? Mallett says everything depends on Einstein’s special theory of relativity and general relativity.
“To sum up, Einstein said that time can be affected by speed,” he says. Mallett, traveling through space in a rocket traveling at near-light speed. gives the example of astronauts. Time would pass differently on Earth than people in rockets. “They may actually come back learning that they were only a few years older, but decades have passed here on Earth,” he says.
Mallett, the 1968 sci-fi classic film “Planet of the Apes”, at the end of the movie, an astronaut realizes that he has not traveled to a distant planet ruled by apes, but simply returns to Earth. A post-apocalyptic future where humanity is dominated by apes.
“This is a true representation of Einstein’s special theory of relativity,” says Mallet.
“According to the special theory of relativity, if you travel fast enough, you can travel in time. Actually, this is a representation of time travel. “But it’s all about going forward, not backwards. So how does that help Mallett’s quest to reappear with his father?
Einstein’s general theory of relativity, is based on the concept of gravity and considers how time is affected by gravity. What we call the gravitational force is not actually a force, but rather the bending of space by a large object. “Since space is something that can bend, you have the possibility to bend it. In Einstein’s theory, what we call space includes time, so whatever you do to space will happen to time,” Mallett says.
Mallett suggests that by turning time into a loop, one can travel from the future to the past and then to the future.
Mallett, your light “ring laser”
He suggests that it could also be used to influence time through something called . Inspired by his first work, which tested the effect of lasers on jet engines in airplanes, he showed how lasers could be used to create a traveling beam of light that bends space and time. created a prototype.
Mallett says, “My understanding of lasers has helped me in my breakthrough to finally figure out how to find a whole new way to the foundation of a time machine. By studying the kind of gravitational field produced by a ring laser, this is a model based on a traveling beam of light. time machine can bring a new perspective to the possibility. ” says.
Mallett also has a theoretical equation that he claims proves it works.
“A circulating laser beam can act like a medical time machine and cause a time warp that will allow you to go back to the past,” he says. Again, there is a great deal of mania. Mallett said, “You can return the information, but only to the point where you turn on the machine you can send it back. “His quest to return to the 1950s is not realistic, but remains optimistic and continues to consider possibilities.
Mallett states that his ideas are theoretical and says he’s currently trying to get funding to run real experiments. Hollywood met Mallett several times. Mallett says a major manufacturing company bought the rights to his story and that there is another movie project in production.
Even after a lifetime of researching time travel, Mallet may never physically return to 1950s New York, the day he lost his father. However, thanks to the magic of cinema, he can take a look at his past, that “foreign country” and, in a way, can meet his father one last time. Mallett says poignantly, “The idea of seeing my father on the big screen is almost bringing him back to life for me.”
Sources: CNN, Wikipedia