Time Travel Could Explain UFOs And More

➡ This text discusses the concept of time travel, twisting time into a loop from the future back to the past, according to Einstein’s predictions. It also introduces a product called Masterpiece, which is claimed to remove harmful substances from the body. The text then transitions into an interview with Professor Ronald Mallett, who is working on time travel. The professor shares his personal motivation for his work, which began after the sudden death of his father when he was a child.
➡ The text discusses the concept of time travel, based on Einstein’s theories. It explains that time can be affected by speed and gravity, and that time can slow down for a moving clock or in a strong gravitational field. This has been proven and is the basis for time travel to the future. The text also suggests that rotating black holes could twist time into a loop, allowing travel from the future back to the past, but this theory has yet to be proven.
➡ The text discusses the concept of time travel and its potential implications. It suggests that funding from the public or government could lead to advancements in this field. The text also mentions a product called Sloop, which mimics exercise and has shown promising results in pre-clinical studies. Lastly, it explores the idea of parallel universes as predicted by quantum theory, suggesting that every decision we make could create a new universe.
➡ An Oxford physicist, David Deutsch, applied the parallel universe interpretation to time travel and found that when you travel back in time, you end up in a parallel universe. In this universe, you could change events, like preventing your grandparents from meeting, without causing a paradox because you were never born in that universe. However, in the original universe, where you didn’t arrive, events proceed as they originally did. This suggests that time travel could be possible, but the past you arrive in is not the past you came from.
➡ The speaker enjoys giving talks to reach and engage more people. They are seeking funding from wealthy individuals or foundations, not the general public, to support their work. They believe more foundations should be established for the benefit of humanity, with decisions made by a panel rather than a single person. Currently, they are working on a feature film and continuing their theoretical work, while waiting for funding to start experimental projects.

That can actually twist time into a loop. So let’s go back to this. Suppose I have this timeline going from the past to the present to the future. And suppose I take that timeline and I twist it into a loop, then you can see what’s going to happen. I can go from the past to the present to the future, but I’ve twisted time into a loop so I can go from the future to back to the past. So according to Einstein’s prediction. A quick break to share with you this wonderful product called Masterpiece. It is proven to taking out graphene oxide, aluminums, heavy metals, microplastics.

They also are looking at these Mac addresses and there’s more and more research and there’s studies coming out. There’s four documentaries that are being made on their studies about how they’re able to disable Mac addresses that are somehow put into people. This is amazing stuff. I highly recommend I buy a whole box of it and I make sure my whole family has it. If you are interested in trying this and really cleaning up your body from microplastics, graphene oxide, you can also test yourself. You can get your hair test to see what you are before and what you are after.

You use this for a few months. They stand behind what they’re doing with tests, studies and real results. And look for the link below where you can buy Masterpiece yourself. It’ll provide you a discount. Or you can go to sarah westall.com under shop. Welcome to business game changers. I’m Sarah Westall. I have Professor Ronald Mallett joining the program. He’s the interesting person we’re going to be talking about his quest for time travel. He is how it generated, how he got his interest in it and then how he got to the point he is today. And then we’re going to talk about what happens if you do travel back in time.

Is it going to cause paradoxes? Is it really possible the notion of other, other maybe other species out there who can travel or maybe us future humans traveling back in time. It’s interesting and it’s fun conversation. So we just talked about his work and time travel because it’s absolutely fascinating and that there really is some evidence that that it’s time travel is, could be real. They’ve done PBS documentaries on them. They there’s a feature length film that is going to be coming out or they’re working on about him and he has a book called the Time Traveler and really interesting.

Now when you look at him you would never know that he’s 81 you’re like, oh, my God, that’s. He’s African American. I gotta tell you, I am jealous of African Americans because they look younger than they are. But his mind is, you can tell his mind is complete, like a young person’s mind, which is fun too. Before we get into this, I want to remind you that there is a webinar on peptides that I did with Dr. Diane Kaiser. Also my guide on how I lost all this weight. I lost 25, 25 pounds. I say sometimes I say 30.

It really depends on the day. But it’s. I’ve been working on building muscle. And so it is my peptide guide on how I lost weight in my peptide stack, which I believe is. It was the most effective for me for losing weight, which is retitrutide. And then I cycle between five amino and sloop to reconstitute and preserve muscle, help build muscle and preserve muscle. And I use those, I use those all the time. I have other peptides that I take as well. I take JHK, CU and BPC 157. That’s a healing stack. I got some great stuff with that as well that you can look into.

But the peptide space is, is kind of fragile. And I, we love, I love my Lab because they’re 99% pure. They test every single vial. They’re a little more expensive than the cheap ones because you can trust that it’s 99% pure. But it’s going to, it’s going to be about four times as expensive at the base ones. Just getting it from a compound farm pharmacies. So this is really good deal now. And hopefully they keep these peptides available for. People do need to take responsibility. You need to sign up as a VIP and acknowledge that you take responsibility for yourself, which I am perfectly happy taking responsibility for myself to do these things.

And so it’s for people who are willing to do that. Okay, so go to sarahwestall.com under shop. You can find all that or look for the links below. And let’s get into my conversation with Professor Ronald Mallet. Hi, Ronald. Welcome to the program. Hi, Sarah. It’s nice to be on your program. You have such an amazing story. You’ve been working on time travel. I mean, you’re a university professor working on time travel. You know, physics professor. You have some clout there. And you. Okay, let’s start with why you got interested in time travel. And, and then we’re going to get into whether you think it’s.

Why you think it’s real and give us some examples of when you’ve seen it in action. Sure. No, the thing is, is that for me, the beginning of the story is very personal and it’s something that I didn’t talk about during my whole career. Actually, we’ll go into that. But the story starts with a tragedy that happened in my family. I was the oldest of four children. I grew up in the Bronx in New York, and my father was a television repairman. And he was really good at what he did. In fact, he fixed the television set of some movie stars that happened to be in New York at various times.

Thing is, he looked very, very healthy. His name was Boyd Mallet and he looked robust. He looked strong, and I idolized him. For me, the sun rose and set on him. The thing is, we didn’t know he had a weak heart. And what happened is he died suddenly of a massive heart attack. He was only 33 years old. Oh, wow. He was young. Yeah, and I was 10. And it completely devastated me. I was just a happy kid before that. But after that, I became really a depressed kid and I just wandered around in a fog after that.

The thing is, is that I was lucky. He gave me a lot of gifts and he was very interested in education, and he gave me some scientific toys like gyroscopes and crystal radio set. And he loved to read, so I loved to read. And after he died, I came across a book that changed my life. And it’s called the Time Machine. Now, there’s a picture of my family, I should mention that that was taken in Bronx park. And I’m the one that’s standing in the picture in front of my mother and my brother, baby brother Jason is in the picture with my father.

The thing is, is that the book, the COVID of the book actually shows this mechanism called the time machine. And the thing is, is that that was the beginning for me, because inside of it, this was. I was about 11 when I came across this. It said, scientific people know very well that time is just a kind of space and we can move forward and backward in time just as we can in space. And when I read that, it was like a bolt of lightning. I thought, well, this is incredible. If you could move forward and backward in time, maybe I could.

If I had a time machine, I could go back and into the past and see him again and tell them what was going to happen and maybe save them. And that became, you know, that. That actually became an obsession with me. My mother had kept his television and radio parts, and so I Actually went to the basement and tried to put something together with bicycle parts and everything that I thought might resemble the machine. And when I plugged it in, of course nothing happened. Oh, yeah, my body would burn the house down. But I remembered it said that scientific people know.

So I knew that science was going to have to play a role some way. But I wasn’t sure exactly how. But I was lucky. I was a bookaholic. I used to hang around. I should mention that after my father died, we went from being well to do to poverty. And I still had to have my book fixed. And I would go to the Salvation army where you could get books for a nickel, and I would. One time I went in and I saw the second book that changed my life. And the COVID of it showed a picture of Einstein next to an hourglass.

And the thing is, is that I knew that Einstein was this great genius. I didn’t know what he did, but I knew he was this great genius. Also an interesting coincidence is that Einstein died exactly the same year my father died. And he was actually one month before my father died. Einstein died in April of 1955. My father died in May of 1955. And the thing is, is that. But since Einstein was standing next to an hourglass, I thought maybe that meant that this great genius had something to do with time. So I got the paper back.

The thing is, is that you were only 10 at the time. This was about 12. Okay, I was just. As I said, I just. I hung around. I would read more than eat. In fact, that actually became a problem. But the thing is, is that. No, this was when I was around about 12 that I came across this book that was called the universe and Dr. Einstein was the name of it. And the thing is, is that when I got the book, it was just too far advanced for me at that particular point. But I did pick up the essence of what it said.

It said that unlike the old physics of Newton, where nothing can alter time, according to Einstein, there are ways you can change time. Time is flexible. There are ways you can alter. And so that nugget from Einstein is what got you going. Let’s talk about your time travel, because that’s the cool part. I wanted to get past that stuff as fast as possible. That’s why I was going back to this experiment that was done in the 1970s, okay, the half Volkini experiment that I was mentioning. The point is, is that what it did was it verified Einstein’s prediction that time for a moving clock slows down.

So it could have shown that it didn’t. It could have said that, no, this isn’t happening. But that’s the important point, and that’s the basis of time travel into the future. Because what that means is that, for example, if you’re in a rocket that can go close to the speed of light, this effect, by the way, that happened in the Haver Keating experiment, the reason why it didn’t appear in the New York Times is because even though the plane was moving at the speed of sound compared to the speed of light, the speed of sound is practically standing still.

Okay, so the effect was there, but it could only be measured with atomic clocks. Okay, when you go to the large Hazmat collider, you’re able to see the experiment effect bigger because you’re talking about subatomic particles and their internal clock slowing down. And so you can see that. But if you’re talking about a human scale, what that means is that if we have rockets that can go close to the speed of light and this effect happens at any speed, time for an astronaut will slow down for them. They won’t notice it, but time will slow down.

So if they travel out in space and coming back for them, it will only appear as though a few years has passed. But every time on Earth will have been going marching on in its normal way. When they come back, they could actually find that time here on the Earth and hundreds of years could have passed. Okay? That is what we’ve actually seen the baby steps for. So time travel to the future is not only something that’s possible, it’s actually been demonstrated. Well, hold on, hold on. Let me rephrase that. So they can go faster in time and somebody else is going slower in time.

And so they’ll be 50 years older than you or something by the time you meet up again. But that’s different. And I’ve heard this before, that we can. That we can do, and we’ve shown that we could probably do that. But going backwards in time is a whole other problem. Saying it’s a whole nother problem. But once again, it’s based on Einstein. Once again, one of these things that in this. The first theory I told you about was done in 1905, as I said, the special theory of relativity, what it says in a nutshell again, is that time is affected by speed.

Einstein developed a second theory. This theory was developed 10 years later in 1915. And what it said was that time is affected by gravity. What Einstein meant by that is that the stronger gravity is, the more the slower time will pass. What that means is that if you have a clock here at the surface of the Earth, that clock will actually be running slower. What is this effect? It has to do with gps. And let me explain that how your GPS is. I know, I have GPS in my car. I presume that your car has GPS too.

Okay. Global Positioning System. What it does is that it allows us to find locations. Okay. Now, the way in which the GPS system works is the following. Right now in your car, there’s a clock. Satellites above the Earth are tracking different locations. All the time the satellites are sending a signal. The system was working perfectly. Then they just put a mathematical equation behind it. And it’s not that big of a deal. Well, my. But it’s more. It’s big of a deal because what it is, it said that Einstein’s prediction that gravity affects time. But now you wanted to know, how do we know that we can go back into the past? That’s where I’m coming to.

Because it turns out that if you have a gravitational field that’s rotating, then not only can it slow time down, but if it’s rotating, it can actually twist time into a loop. Normally, time for all of us goes along a straight line from the past to the present to the future. All of our life, we all go along according to that timeline. However, if we were near a rotating, rapidly rotating enough gravitational field, and there is type of field, it’s called a rotating black hole. A rotating black hole can actually create a gravitational field that can actually twist time into a loop.

So let’s go back to this. Suppose I have this timeline going from the past to the present to the future. And suppose I take that timeline and I twist it into a loop, then you can see what’s going to happen. I can go from the past to the present to the future, but I’ve twisted time into a loop so I can go from the future back to the past. So according to Einstein’s prediction, if you have a rotating gravitational field, you can actually twist time into a loop. Have you been able to. Like you said, a theory needs to be turned into.

Well, we know, we know that there are rotating black holes, by the way. Okay, but. Okay, so like you said, a theory needs to be proven by actually being able to see it. Now, action. Have we been able to. We actually, we actually know that we have rotating black hole. It’s just that we haven’t been able to get to it yet to go back into the past. But yes, we do know that rotating black Holes exist and we do know that they lead to these sort of effects that we, it would have for a rotating black hole.

So. But so we still have experimentation to do to prove it out is the bottom line. And we’re. Sorry, you’re getting closer. Let me ask you though, with dimension, do you believe in multiple dimensions? Oh, it depends on what are you talk. What type of multiple dimensions you’re talking about. Whether it’s more than three dimensions or fourth dimension. That’s time. Okay, so that’s one case. Okay, so you believe in that, but you believe that, that there could be a phase of like a frequency phase and there could be another dimension where there’s other beings in it and things or.

I mean, do you believe that or do you think that’s kind of creative? No, the thing is that the question once again is that theoretically these are possible. Some things are possible. But the question is, is that, that you should have a specific way of saying if this is so, what prediction can we do that will actually do experiment and that will actually lead to that process. I was wondering because some people think that’s the how a portal is done. It’s really you go to another dimension, you and you go to another dimension and then enter in to your, your dimension in another space.

And that possibly that. Hold on. Possibly that time travel could be used through multiple dimensions too. Well, just throwing that out there if. Yeah, you’ve thought about to throw it out there. There’s another thing to say. Do you have a theory that specifically predicts what would happen if you were able to do it? And that’s the reason why I was telling you about the effect of gravity on time. That is a real effect. That’s not just simply. In fact, that’s why I wanted to also point out that this prediction that gravity can affect time is more than just a prediction.

It’s actually part of our life. We would not be able to have a GPS system which works perfectly because of the fact that time is affected by gravity. That’s the important point that I’m making here, that a theory should do more than just be specific. The Einstein didn’t create this theory to say, I’m going to create this theory so we can go back into the past. Einstein was looking at how time can affect how gravity can affect time. And that can lead to a whole bunch of other things that do affect our, our life or daily life.

How close are we to actually creating any kind of time machine? Well, for real versus just kind of like we saw. We see some Things go slower or, you know, or we see it in a collider, you know, are we actually getting close to creating something? Well, the thing is, is that I should look, it’s as simple as people, the public, or the government’s opening up their pocketbooks. You know, the thing is, is that once again, sir, how do. Why is it that we have the things that we have? You know, and that’s important. We, especially here in the United States, we do a lot of what I call catch up.

Okay. And what I mean by that catch up science is the fact that we are motivated by the fact that someone else is doing it. To be specific, and the most well known example is Sputnik. Why are we on the moon? Because the Russians sent up a little device back in the 50s called Sputnik. That’s why we’re on the moon. Okay. Because we were afraid that if they. And justifiably afraid, by the way, that if they were able to send over satellites to us, then they might be able to send over missiles to us. Okay, quick break from the program to share with you something amazing.

This is called sloop. It’s actually Slupp 332, but it’s been shortened to Sloop. And this thing mimics exercise. It seems too good to be true. I first shared this on my sub stack and I had Dr. Diane Kayser and we went through all the benefits of this and the whole thing sold out. You can’t get it anywhere really across the industry and the people who are using it the most are athletes and bodybuilders and people who want to see extra performance in athletics. Because this, in pre clinical studies with mice increased their endurance by 70% and they’re distance by 45%.

I mean, it’s incredible. And it’s been shown to mimic exercise even when you’re at rest. In pre clinical studies with obese mice, they lost upwards of 12% of their body weight in four weeks. And it increased muscle. So this is really taking the industry by storm. It’s actually not that expensive either. With my 10% coupon, it’s about $80 or maybe a two month supply if you take one capsule a day. If you decide to up it to two capsules a day because your dosage depends on what you want, then it’s a one month supply. But Dr.

Diane recommends doing one capsule a day until your body gets used to it. You might not see the same level of results right away that the mice did, but your body can get used to it and see if it’s something that you really want to do. If you are are interested in this, I will have a link below so you can try it yourself or go to sarah wessel.com under shop. Remember to use the code Sarah to save 10%. Besides Einstein’s equations, are there other ways through multiple dimensions in quantum physics? Not based on real experiment.

Not based on what we know now. Not based on real experiment. You think we everything that we know now is. Is all we’re ever going to know? No, not at all. Not at all. Okay, I know. I’m just saying that just. I’m just wondering, you know, not at all. The thing is, is that that’s what’s exciting for me at least about being a theoretical physicist is pushing through the unknown. But the question is, is that once again, these devices in this large hydron collider that we’ve been talking about, for example, okay, so being a university professor, you have tenure, you’re older than people realize.

I asked you offline. It’s like, it’s not fair, okay? You’re African American and African Americans. It’s not fair that you guys look so young. When you’re older, it’s a benefit. But let’s face it, doing time travel at a university isn’t usually the number one thing that professors do. It’s such a cool topic. But how did you, you know, how did you stick to your guns on this? And when did you decide that it was okay to start talking about time travel? Well, the thing is that I knew that I was going to have a rough time in the career.

I mean, the thing is that there are very few African Americans in physics. There are now many more than there were when I came into the scene. But the thing is, I knew I wanted to be taken seriously. So what I decided to do was what could I do that could be considered to be legitimate, but still would get me what I wanted? And it turns out that black holes were the key, okay? Because it turns out that a black hole can affect time. They have a gravity that’s so strong that the closer you get to them, the more time slows down.

So I knew that if I could study black holes and use that as my career, black holes were considered to be a crazy idea, but they were considered to be legitimate crazy as opposed to time travel, which is. So I decided to become an expert in that area. So the publications that I had, the earlier publications, we. If you were to look at them, you would see that they were about black holes, okay? And the Big Bang theory of the Universe, no mention of time travel is in there at all. And I knew that I was going to have to play the game.

And the university game was, is that you got to get tenure and then you can come out with, you know, your own particular, you know, ideas. So that’s what I did. I actually study black holes. And eventually I got tenure and I still kept it as a secret until I became a full professor. Then I came, was able to. What I say is, I was able to come out of the time travel closet at that particular point. Well, it’s too bad because a lot of, you know, I taught at a university for a while and most of the positions now are just contractual yearly based, you know, you’re not really even on the professor track, so.

So smart you did that. Okay, so if we got time travel, what would it do? What would it be like to go back in time? What do you know? It’s interesting. I mean, because the thing is that when you go back into the past, one of the things people forget about is the fact that there could be paradoxes that could happen. For example, there’s a very famous one, grandfather paradox. And what that means is that suppose you go back into the past and prevent your grandparents from meeting each other. Okay, Then the grandparents don’t have your parents, your parents don’t have you, then you don’t exist.

And in fact, they actually play with that idea. One of my favorite time travel movies, back to the Future, they have Marty McFly, you know, his mother actually begins to become interested in him rather than who would be his future father. So he actually begins to disappear. Okay, that actually was a possibility. The thing is, is that you might say, well, if that’s so, then how come we, you know, what wouldn’t that lead to paradoxes? It is, but it turns out that in physics there’s another theory. You know, relativity is just one of the pillars of modern physics.

The other pillar of modern physics is quantum theory. Quantum theory is weird in its own way. It’s weird. And what it predicts is that you can’t make. You can’t talk precisely about what’s going to happen next. You can only talk about the probability of what’s going to happen next. And that’s important because the thing is, is there was a physicist, his name was Hug Everett III at Princeton. This was back in the 50s. What Everett decided to do was to apply quantum theory to the universe as a whole. And what he found, excuse me, is if he predicted that what it would lead is it would actually lead to parallel universes.

What he predicted was the fact that, for example, let’s suppose that at dinner you were looking at a menu and you said item A and item B on the menu. And let’s suppose you decide to have item B from the menu. What Everett says is that at that instance there’s a split of the universe. Not in the universe, but of the universe. There is now two parallel universes. One is where you have chosen B and one in which you have chosen A. Now here’s the, here’s the point. Both of them, Sarah, are real. The one in which you chose item B is real.

The one that you chose item Y. They don’t know about each other, but they are definitely there. This means that for every single decision that you make, there is going to be another universe that splits off from this. In the original it was called the many worlds interpretation, but now people call it the parallel universe interpretation. And that you might say, well, how is that going to affect time? Well, there was another physicist at Oxford University, his name is David Deutsch. What he decided to do was to apply Everett’s interpretation to see what would happen to time travel.

And what he found out mathematically is that when you travel back to the past, at the instant you get back to the past, there’s a split of the universe. You find yourself in a parallel universe immediately. Right? You find yourself in a parallel universe. In that universe, you would actually be able to prevent your grandparents from meeting each other and they don’t have your parents. But now that’s not going to be a paradox because you were never born in that universe anyway. So you would just find yourself in a weird universe that you were never born in.

Okay, but remember I said there was a split. The other universe you don’t arrive at. And in that universe, because you didn’t arrive in it, your grandparents meet each other, have your parents, and have you. So the upshot of it is that you can travel to the past, but the past you arrive in is not the past that you came from. Well, this is where we start talking about multiple dimensions and even maybe call it multiple universes. I call, I might say dimensions. Maybe the right terminology needs to be laid out. But okay, think about this.

Is it possible that, that if you’re born, whatever you do has already happened. So if you went end up going back in the past, that was already part of why you’re here, you know, so there’s always, it’s always linear anyways. You just didn’t know it maybe. The thing is Is that it could be that you are the reason, you know, that you are the way that you are because of the fact that something happened in the past. The question is, is that just simply because of the fact that. But if you decide to go back in the past, you could alter what had led you to this particular point.

In other words, for example, in my particular case, my interest was going back to the past to save my father’s life. But once I got back to the past, and I did do that, what’s going to happen to me? Because everything that I am was due to the fact that I prevented my father from, you know, dying. So what is that going to mean for me? And how is that going to be? Is my future all of a sudden now just going to vanish? We don’t know. This is something that we will only know once we have time travel.

But the other aspect of it is if we do have, if it’s only one universe rather than multiple universes that are created, then if we go back, I mean, people say, well, what about also time travel? I get, every single week, I get emails from people literally all over the world. And one of the reasons why they’re interested in my work is usually because of something that parallels my own tragedy. In fact, I’ll give you a specific example. I got an email from a man from Germany. In that email, he sent me a number of pictures.

Now, I did take German when I was in college, but it’s not that fluent. So I gave it to one of my grad students who came from Germany to translate. But before I got the translation, I could tell what this person wanted from the pictures he sent me. In the picture, one of the pictures, it shows this middle aged man and woman next to this young woman. And so I assumed that probably the older, the middle aged man was probably the person who sent me the letter. And the second picture is a picture of this young woman all by herself.

And then the third picture, it shows a picture of this totally mangled car. And in the third picture, which even now practically breaks, here’s my. Is a picture of this young woman in a coffin. So even before I got the translation, I probably deduced that what this man wanted to know was that is there any way of telling, I presume this is his daughter not to go out because she will be killed. And it turns out that when I got the translated letter, that was exactly it. It was his father who had lost his daughter to this automobile accident.

And what he wanted to know, is there any way to send him back information back to him to warn his daughter. That is the other thing. I mean, think about that. I mean, think about it. Yeah, about COVID before COVID became, you know, a problem, or about tsunamis and hurricanes, the thousands of lives, millions of lives that we could save by being able to, to send information back to the past. And that’s primarily one of the things I was interested in, is sending information back, you know, rather, I mean, of course, you know, which might be, which might be easier.

You just send like a clip of data. Now, have you ever thought about maybe future humans very, you know, like thousands, thousands of years in the future that they actually are communicating with us now in our present time? It could possibly be, but we would have to have developed a mechanism to do that because once again, remember, it’s the device that’s creating these loops in time. And so if I turn the device on today, for example, let’s suppose I turn on the device today and I leave it on for 10 years, then someone can send information back seven years, five years, all the way back up to the time the machine was turned on.

But they can’t send it earlier than that. That’s an important point because that’s real physics. In other words, what I tell people is that when time travel to the past is possible, it will mean that our descendants will be able to visit and receive it, but we won’t be able to go back to our ancestors because we didn’t have a machine earlier. Huh. Interesting. Unless we, unless you, you that multiple physics, you know, quantum physics possibility that might be is, remember I said terrestrial time machine. The thing is, is that suppose, you know, one of the things that we know now from physics, not just simply, you know, is the fact that there’s life out there.

I mean, the thing is, is that we know since the 1990s there are what are called extrasolar planets. This means that there are other solar systems. Prior to the 90s, we weren’t sure that there were other independent solar systems that had their own planets orbiting their own suns. We know that that’s so now that that’s a fact. So what that means is that considering the whole expanse of the universe, there are probably planets that are out there that are much more advanced than us. And suppose that they’ve had their time machine turned on thousands of years before us.

We could use their machines to come back to our distant past. That is. Oh, that’s interesting. Well, think of if, if we’re humans are fast going down a route where we could end up Hurting ourselves quite a bit. Right. We, we’re putting ourselves in danger and we might almost need a future or a more advanced civilization of some sort to save us from ourselves. Maybe. I mean, the thing is, is that these are, these are possibilities. And as I said, the thing is, is that we have to keep ourselves open to this as a possibility. But it’s exciting.

I mean, the thing is, is that the so called UFOs that we may see might actually be time travelers from our own future. That’s what I’m thinking. It could be us, you know, it could be. Okay, so are there more and more people that are opening to this idea that Ronald might be onto something and that this is worth exploring more seriously? I know you have a Hollywood film where somebody’s really interested in making a film out of your book, right? Well, the thing is, is that, that I’ve given a lot of talks literally all over the world.

The question is, is that it still hasn’t gotten to the general public in the same way that a Hollywood feature film will bring my work to it. That would bring things to a whole different new level, you know. But I have had world, literally worldwide interests. I mean, it’s funny, there’s programs in countries like Austria. There’s one called Science Busters and they’ve actually had me. They’re actually equivalent to normal talk show, but they have scientific topics and they’ve actually had me on their show a number of times, you know, about the possibility of time travel. And more and more I’ve given talks here in this country as well.

But it’s getting out there. But as I said, it takes time and it takes a lot of money and it takes a lot of investment. But the more that we put our entire humanity at risk, the more important it might actually be. I think so. I think so. And that’s the reason why I enjoy doing talks like for instance on your program, you know, because it reaches a lot of people and it allows people to become more interested in it. But once again, as I emphasize is that as far as funding is concerned, I’m interested in funding from, you know, the people, deep pockets like Elon Musk or Bill Gates and foundations, you know, that are, that have that kind of thing, not the general public.

Well, I think there needs to be more foundations set up for general humanity geared things and not just like a single person behind it, but maybe more like a panel saying, hey, these are some interesting things that we want to do the thing with. Yeah, the thing with one single person at least I can get some stuff done. Sometimes we get things get too bureaucratic with whole groups of people. But we do need some stuff just for humanity to move forward. And then it that the people themselves can decide where some of this stuff goes. Sure, I agree.

Yeah. So, okay, well, what’s your next venture? I mean, what are you up to right now? Well, right now, as I said, is just, you know, hoping to get this feature film done. But I’m still giving talks. I mean, mainly what I’ve done is I’ve theoretical work is continuing. I’ve improved on that portion of it. But until we get the experimental things going, which as I said, requires funding, that’s sort of on the side. But I’m still sort of like a prophet. In fact, one of the things that’s been kind of cute for me is that in California there’s a company that made these candles.

They were actually prophets of time travel and they had three candles that they made. I didn’t know until they sent me a set of them. One of them was, they looked like these devotional candle type things and one was of Einstein, one was of Stephen Hawking, and they made one of me, you know, and so the thing is, is that that was, that was exciting for me because I like to think of myself as being a pioneer of this possibility. Well, you for sure are right. And you have an equation that you created in your book, which.

Which is. What is the equation? Yeah, it’s. It’s actually a pretty simple looking thing. That’s great. Well, thank you so much for joining the program. This has been a fun conversation. I really appreciate it. Sa.
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