After years of research, Professor Mallett claims to have finally developed the revolutionary equation for time travel. The idea of bending time to our will – revisiting the past, altering history, or glimpsing into the future – has been a staple of science fiction for over a century

Can you imagine going back in time to visit a lost loved one? This heartwrenching desire is what propelled astrophysicist Professor Ron Mallett on a lifelong quest to build a time machine. After years of research, Professor Mallett claims to have finally developed the revolutionary equation for time travel. 

The idea of bending time to our will – revisiting the past, altering history, or glimpsing into the future – has been a staple of science fiction for over a century. But could it move from fantasy to reality?

The time machine blueprint

Mallett’s vision for a time machine centers on what he calls “an intense and continuous rotating beam of light” to manipulate gravity. His device would use a ring of lasers to mimic the spacetime-distorting effects of a black hole. 

“Let’s say you have a cup of coffee in front of you. Start stirring the coffee with the spoon. It started to spin, right? That’s what a spinning black hole does,” explained Mallett.

“In Einstein’s theory, space and time are related to each other. That’s why it’s called space-time. So when the black hole spins, it will actually cause time to shift.”

“Eventually, a rotating beam of laser lights can be used as a kind of time machine and cause a time warp that will allow us to go back to the past,” said Mallett. Perhaps, what began as a son’s wish to see his father one last time might one day transform our understanding of time itself.

Beyond the historical scientific acclaim, his desire to solve the equation is rooted in his own childhood. After losing his father unexpectedly when he was just ten years old, Mallet made it his life’s mission to see if time travel was possible

While picturing this can be difficult for those who don’t have an understanding of astrophysics, Mallett describes the fabric of spacetime like a river. While time typically flows in one direction, Mallett theorizes that the immense gravity of a spinning black hole can create ‘whirlpools’ where time twists back on itself. 

“Eventually, a rotating beam of laser lights can be used as a kind of time machine and cause a time warp that will allow us to go back to the past,” said Mallett.

Mallett has dedicated his life and career to the mission, making huge strides in the area of research and development. He has had a distinguished academic career, teaching physics at the University of Connecticut. Now, in his seventies, Mallett feels the pressure of time. Whether the device will ever make it from theory to reality is still to be determined, but it likely will not be in Mallett’s lifetime. Regardless, he feels confident that his theory is the one the world has been waiting for.

“I figured out how to do it,” he said. “In theory, it is possible.”

Proffeser mallet life journey and discoveries

Ronald Mallett is a physicist and Professor Emeritus of Physics at the University of Connecticut. His research interests include black holes, general relativity, quantum cosmology, relativistic astrophysics, and time travel

Mallett’s theory of time travel is based on Einstein’s General Theory of Relativity. He believes that time travel is real and that he knows how to do it. His theory revolves around light, and he has created a prototype that illustrates how lasers could be used to create a circulating beam of light that twists space and time. 

Mallett has worked on various international projects in the field of gravitational waves research. He designed a thermal compensation system (TCS) and data acquisition and control systems, which were applied to the Virgo and LIGO experiments that detected gravitational waves for the first time and earned the Nobel Prize in 2017. 

Mallett’s life story of pursuing a time machine was told on This American Life in 2007. 

Ronald Mallett’s parents are Dorothy Kimbrough and Boyd Mallett. Dorothy gave birth to Ronald in Roaring Springs, Pennsylvania on March 3, 1945. Boyd died when Ronald was 10 years old. After his father’s death, Mallett’s family experienced financial difficulties and some depression

With his story chronicled anew by The Guardian, Mallett says his concept of creating an artificial black hole—which could muster a gravitational field that might lead to loops of time being created, allowing you to go to the past—comes in the form of his ring laser

Who is the father of time travel?

Ronald Lawrence Mallett (born March 30, 1945) is an American theoretical physicist, academic and author. He has been a faculty member of the University of Connecticut since 1975 and is best known for his position on the possibility of time travel

Who invented the first time machine?

Professor Ron Mallett from the University of Connecticut in the US claims to have written a scientific equation that could be used to create a device that takes people back in time

Did NASA make a time machine?

Our Cosmic Time Machine, The James Webb Space Telescope – NASA

time travel possible?

So far, what we can say with confidence is that travelling into the future is achievable, but travelling into the past is either wildly difficult or absolutely impossible. Let’s start with Albert Einstein’s theories of relativity, which set out a description of space, time, mass and gravity

Sleeping a time travel?

We cannot say that we time travel while sleeping, but we can certainly say that when we sleep we go into some other dimension where the laws of our dimension do not apply. For instance, the time is not linear while we are asleep. So, sleeping is rather an example of interdimesional travel than a time travel

Can AI build a time machine?Conclusion. In conclusion, AI cannot make a physical time machine that can transport us to another point in time, but it can make a virtual one that can simulate what we might see or experience if we could travel in time.

time real or a concept?

(7) Time is not an objectively real feature of the universe. According to relativity theory, space-time is objectively real and fundamental, but the main reason for believing time is not objectively real is that it is not independent of space

Ronald Mallett’s Conception of Time in Physics

Time travel is a dream for many of us.

Time travel is science fiction, but Ronald Mallett, professor emeritus of physics at the University of Connecticut, is convinced that one day we will be able to travel in time. As a theoretical physicist, he specializes in Einstein’s general theory of relativity and focuses on black holes, the Big Bang Theory, and time travel.

In a video interview with EE Times Europe, Mallet explained what time means and how time travel might one day be possible. 

“Time is connected with duration,” said Mallett. “It’s the persistence of existence; it has to persist in order to exist.”

Einstein said there are ways that time can be altered,” Mallett continued. “I have to understand Einstein, because if I understand Einstein, then I might be able to figure out how time can be altered.”

“If gravity can affect time, and light can create gravity, then light can affect time. That is the core of my work.”

A ring laser creates a circulating beam of light, like a mirror square on each corner, and bounces the light off each mirror. By solving Einstein’s equations of the gravitational field, Professor Mallet has studied the behavior of space and time in the region of the circulating beam

What I found is that two different things happened: A circulating beam of light actually causes a twisting of empty space,” Mallett said. “The way you can think about this is: Let’s say you have a cup of coffee, you think that the coffee is like empty space, and you think that your spoon is like the circulating beam of light. If you stir the coffee, the coffee starts to swirl around, that’s what the circulating beam of light is doing to empty space, it’s making it swirl around.”

Space and time are connected in Einstein’s theory

What was the first time travel story?

One of the first stories to feature time travel by means of a machine is “The Clock that Went Backward” by Edward Page Mitchell, which appeared in the New York Sun in 1881. However, the mechanism borders on fantasy. An unusual clock, when wound, runs backwards and transports people nearby back in time

Can we time travel in future?

According to NASA, time travel is possible, just not in the way you might expect. Albert Einstein’s theory of relativity says time and motion are relative to each other, and nothing can go faster than the speed of light, which is 186,000 miles per second. Time travel happens through what’s called “time dilation.”10

Did Tesla invent time travel?

Teleportation and Anti-Gravity: Tesla’s research into teleportation devices and his ideas on anti-gravity propulsion have fueled speculation about time travel connections. However, these concepts remain hypothetical and haven’t been translated into functioning technologies

Can you time travel with black holes?

Stretching time

A clock near a black hole will tick very slowly compared to one on Earth. One year near a black hole could mean 80 years on Earth, as you may have seen illustrated in the movie Interstellar. In this way, black holes can be used to travel to the future.

Professor Mallet spent his life researching time travel in order to be able to go back and visit his dead father – now he claims he invented a time machine.

You won’t need to get a DeLorean from Back to the Future, but maybe something similar is on the way. Prof. Ron Mallett believes that he has found the equation to make time travel possible, even if it’s highly unlikely to happen during his lifetime. 

The researcher believes that he finally cracked the code which will enable time travel after he had a revelation while being hospitalized

Mallett dedicated his life to time travel

Even though he recognizes that his designs and theories will probably not make time travel possible during his lifetime, he has been working on his ambitious project for years, in parallel to a respectable academic career, in order to reach his dream of traveling back in time to see his dead father again.

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