By: Tsegazeab Beteselassie
"How can we time travel into the future?" "How can we time travel into the past?" "How can we stop time?" These questions have confused scientists all around the world as they try to answer them.
They have many answers. I have some too. And they are in The Time Chronicles.
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| Time: The Time Chronicles Link:blogs.kxan.com |
"How can we time travel into the future?" "How can we time travel into the past?" "How can we stop time?" These questions have confused scientists all around the world as they try to answer them.
They have many answers. I have some too. And they are in The Time Chronicles.
Time Travel 2
By: Tsegazeab Beteselassie
As you saw in my first time travel blog, (Time Travel: Into the Future, and Time Travel: Into the Past) there were two separate things that I had to do in order to time travel both into the future, and into the past. However, there is a better solution to this, that can use the same (or almost the same) way to time travel. It involves superfluids, speeds of light, and of course, time travel. Keep on reading in order to see what this solution is.
Time Travel: Stopping Time
By: Tsegazeab Beteselassie
"How can we stop time?" Physicists have wondered this for a long time. I have figured out a possible solution to stop time. Of course, it is theoretical and may not work. But it's worth a shot. Read the next paragraph to see my idea about stopping time.
If we want to stop time, we will need a portable device (when I say portable, I mean a six by four inches long remote) that stops time using absolute zero. "What is an ideal shape that can stop time most easily?" Simple. A diamond-shaped device with a touch pad and an antenna at the end. Why a diamond with an antenna at the end? Well, the diamond shaped part really doesn't matter**, it could be a square or a circle for all I care, as long as it has enough space. But it must have an antenna. "But why?"
We need to have an antenna on our portable device. The reason for this is because the antenna has to beam -459.67 degrees of iciness in order to stop time. Without the antenna, the remote will be so cold, it won't work when we turn it on. We need to have an antenna for this reason.
So now we have created a device that stops time. This can be a dangerous tool, so if you read the asterisks, you will see that I have put a safeguard against a possible catastrophe.
*I made sure that it can only affect a mile at a time. If not, then it will affect the whole earth, everything would be frozen, and if any aliens come to earth, they too, will be frozen (if there aren't any aliens, then that's just great because no one can help us now.
** I only picked the diamond shape because it looks cool.
Email me at tsegazeab12@outlook.com, or tsegazeab12@gmail.com. Thank you.
Time Travel: Into the Future
By: Tsegazeab Beteselassie
By: Tsegazeab Beteselassie
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| Warping space-time: This is an artist's representation of space-time being warped. Link:kuark.org |
First, lets think of a normal fictional time travel machine. You just get into the machine, press a few dials, and zip! Your there. However, the reality is much different. We can't actually tame time and force it to flow backwards for everybody. However, we can go through it. The reason why is that space and time are interconnected, in something called space-time. This was predicted in Einstein's theory of general relativity. I think this is one of the reasons that we experience time. But there's more. As gravity is produced by warping space-time with large bodies, and since space and time is interconnected, Einstein came to the conclusion that the larger the body, the more space, and time, is warped.*
Can this mean the solution to time travel? Actually, no. We need extremely large bodies in order to warp space sufficiently enough to permit time travel. That's the bad news. However, the good news is that we have something just for that job. What is this mystery object? It is a black hole.
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| Black hole: This is a black hole ripping a star to shreds. Link:www.nasa.gov |
No, a black hole is not a hole. It is actually a star that has collapsed (read my post, Life and Death of a Star) enough that the remaining matter in a star collapses into a black hole. The black hole can warp space time so much that one second for you can be, maybe 5 years for them. Sadly, a black hole can only permit time travel into the future (and the tidal forces will rip you into shreds), and that is not our goal. Our goal is to use the same method of time travel in order to, well, time travel.
For my solution, we will need the help of superfluids. "What is a superfluid?", you might ask. Well, a superfluid is a fluid frozen to almost absolute zero. These superfluids have a special talent. They can first, creep out a container, but more importantly, they have no friction. As in, if you swirl the fluid with a spoon, it will keep on swirling forever (until it creeps out of it's container, of course). Now lets apply all these thoughts on my time travel device.
So here's how my time travel device works. Think of two metal spheres, one inside the other(painted gold, of course). Between the metal spheres is a lot of superfluid (with air, the friction will slow the time travel down). Using atomic energy (read my post, Atomic Energy: The New Resource), we achieve speeds at the speed of light. Now we have two choices.
A- we can go faster than the speed of light in order to travel backward in time, or
B- just go a little bit slower than the speed of light to travel forward in time.
So that's how we can truly travel in time.
*This actually means that we experience time slower on earth than in space because of the sun and earth's warping of time!
Email me at tsegazeab12@outlook.com or tsegazeab12@gmail.com. Thank you and subscribe!
For my solution, we will need the help of superfluids. "What is a superfluid?", you might ask. Well, a superfluid is a fluid frozen to almost absolute zero. These superfluids have a special talent. They can first, creep out a container, but more importantly, they have no friction. As in, if you swirl the fluid with a spoon, it will keep on swirling forever (until it creeps out of it's container, of course). Now lets apply all these thoughts on my time travel device.
So here's how my time travel device works. Think of two metal spheres, one inside the other(painted gold, of course). Between the metal spheres is a lot of superfluid (with air, the friction will slow the time travel down). Using atomic energy (read my post, Atomic Energy: The New Resource), we achieve speeds at the speed of light. Now we have two choices.
A- we can go faster than the speed of light in order to travel backward in time, or
B- just go a little bit slower than the speed of light to travel forward in time.
So that's how we can truly travel in time.
*This actually means that we experience time slower on earth than in space because of the sun and earth's warping of time!
Email me at tsegazeab12@outlook.com or tsegazeab12@gmail.com. Thank you and subscribe!
Time Travel: Stopping Time
By: Tsegazeab Beteselassie
"How can we stop time?" Physicists have wondered this for a long time. I have figured out a possible solution to stop time. Of course, it is theoretical and may not work. But it's worth a shot. Read the next paragraph to see my idea about stopping time.
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| Stopping time: This is a picture of a man stopping time. Link:www.dreamstime.com |
Absolute zero is the temperature that atoms stop moving around.
"How cold is Absolute zero?" It is
-459.67 degrees Fahrenheit. What does Absolute zero have to do with stopping time?" Well, the answer is EVERYTHING. "How?" If you put something in a freezer that is -459.67 degrees Fahrenheit (absolute zero), it's atoms will stop moving from the cold. Technically, even if it the thing is alive, it won't be able to move. So it is in a preserved state where even the atoms stop moving. If we can spread this coldness, we can freeze time. "But how will you spread the cold into a large region?*"
If we want to stop time, we will need a portable device (when I say portable, I mean a six by four inches long remote) that stops time using absolute zero. "What is an ideal shape that can stop time most easily?" Simple. A diamond-shaped device with a touch pad and an antenna at the end. Why a diamond with an antenna at the end? Well, the diamond shaped part really doesn't matter**, it could be a square or a circle for all I care, as long as it has enough space. But it must have an antenna. "But why?"
We need to have an antenna on our portable device. The reason for this is because the antenna has to beam -459.67 degrees of iciness in order to stop time. Without the antenna, the remote will be so cold, it won't work when we turn it on. We need to have an antenna for this reason.
So now we have created a device that stops time. This can be a dangerous tool, so if you read the asterisks, you will see that I have put a safeguard against a possible catastrophe.
*I made sure that it can only affect a mile at a time. If not, then it will affect the whole earth, everything would be frozen, and if any aliens come to earth, they too, will be frozen (if there aren't any aliens, then that's just great because no one can help us now.
** I only picked the diamond shape because it looks cool.
Email me at tsegazeab12@outlook.com, or tsegazeab12@gmail.com. Thank you.
Time Travel: Into the Future
By: Tsegazeab Beteselassie
In my last post (if you want to see it click here), we talked about time travel into the past. If you read the asterisk (*) I wrote, there was another way of time travel but this post has pretty much the same idea. I gave you some clues. Anyways, the second idea of time travel is wormholes. "How?", you might ask? Let me explain.
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| Time travel: This is Time traveling, into the future. Link:motherboard.vice.com - |
How can wormholes help us time travel into the future? Well, I'm pretty sure that you know that wormholes connect one point in space or time to another. So if you can make a wormhole that connects this point in time to your desired destination, then you can just step into a swirling vortex into the future (you could also make it to step into the past but that's besides the point*). "And how are you supposed to do that? " you might ask. Well, it's pretty simple once you hear it.
If you read my post Wormholes (click here if you want to see it) a wormhole is technically a black hole. If you step inside the wormhole, you will possibly get destroyed by a black hole. But don't feel bad, cause I have a solution. If you put anti-gravity around the black hole, and put just the right amount of anti-gravity, you could go around the black hole without actually touching it and without shooting out of the wormhole into a very bad situation. So this should be the end of our post right?
Wrong. Because there are still a few problems left.
"If you travel into the future, how are you supposed to go back to the present time?", you might say. Well, you could just step back into the wormhole, right? But what if you go someplace into the future like an airport and can't remember where the wormhole is? Well, you could always put a tracking device on the wormhole but you might break the remote for it and anyways, you will have to travel for some time before you find it. So is there no way to fix this problem? Actually, there is. You know when you pack your clothes for a vacation, you put it in a suitcase. What if you could do the same thing for a wormhole? Of course, you can't fit a wormhole inside a suitcase, but if the suitcase were imagined as the space beyond our universe, there will be a monstrous amount of space for all the people in the world to put their wormholes. "But how will it get there?", you might ask. Well we can use wormholes. How? Let me explain.
Instead of making a long, long wormhole to the end of the universe and beyond, you could just make shorter wormholes "glued" together. Just put the wormholes close together so that the things that they are made of will bond with each other (whatever they are made of). Still, there are storage problems. How are you supposed to put those wormholes at the end of the universe. Well, you don't. Instead of storing them in the space beyond our universe, we could just destroy the wormhole as soon as it's used. "How?", you might ask? Well, first, they break apart. Then, each wormhole will contract and when it is now subatomic and impossible to use, they break apart. But what about the wormhole you just sent beyond our universe?
The wormhole that you sent beyond our universe has an "expiration date". Since wormholes will eventually fill our space beyond the universe up, we will have to put "expiration date" on the wormhole. That means it will be destroyed after a while. Don't worry, we could always make a new one. Let's make the date it is destroyed, 1 year. So now our space between the universes won't be filled up.
Now, we can time travel, into the future.
*use the concepts from this book to see how you can use a wormhole to travel into the past.
email me at tsegazeab12@outlook.com or tsegazeab12@gmail.com. Thank you.
Time Travel: Into the Past
Well, if you want to know how to time travel, then these are my ideas. My first one came from a movie called NOVA, fabric of the cosmos "The illusion of Time?". It said that if you reversed the polarities of every atom, every particle in the place that was affected (if it was the earth, then it was the earth that was affected), something that happened could go in reverse. And I figured out how to reverse the polarities of the atoms. If you get a magnet, and put it far enough so that particles won't zoom to it, then you can spin it around and the polarities are reversed. However, there is a number of problems with this, however, so I added a little thing of my own. I made it so that you can go to the moment it actually happened. That means that if you make a glass shatter an hour ago, then when you reverse the polarities of the atoms to an hour ago, then you would disappear from the present time and go back an hour ago to stop shattering the glass or whatever you wanted to do an hour ago. Pretty cool, huh? Still, there are problems with this theory.
Wrong. Because there are still a few problems left.
"If you travel into the future, how are you supposed to go back to the present time?", you might say. Well, you could just step back into the wormhole, right? But what if you go someplace into the future like an airport and can't remember where the wormhole is? Well, you could always put a tracking device on the wormhole but you might break the remote for it and anyways, you will have to travel for some time before you find it. So is there no way to fix this problem? Actually, there is. You know when you pack your clothes for a vacation, you put it in a suitcase. What if you could do the same thing for a wormhole? Of course, you can't fit a wormhole inside a suitcase, but if the suitcase were imagined as the space beyond our universe, there will be a monstrous amount of space for all the people in the world to put their wormholes. "But how will it get there?", you might ask. Well we can use wormholes. How? Let me explain.
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| Wormhole: This is a wormhole. Link:hendrix2.uoregon.edu |
Instead of making a long, long wormhole to the end of the universe and beyond, you could just make shorter wormholes "glued" together. Just put the wormholes close together so that the things that they are made of will bond with each other (whatever they are made of). Still, there are storage problems. How are you supposed to put those wormholes at the end of the universe. Well, you don't. Instead of storing them in the space beyond our universe, we could just destroy the wormhole as soon as it's used. "How?", you might ask? Well, first, they break apart. Then, each wormhole will contract and when it is now subatomic and impossible to use, they break apart. But what about the wormhole you just sent beyond our universe?
The wormhole that you sent beyond our universe has an "expiration date". Since wormholes will eventually fill our space beyond the universe up, we will have to put "expiration date" on the wormhole. That means it will be destroyed after a while. Don't worry, we could always make a new one. Let's make the date it is destroyed, 1 year. So now our space between the universes won't be filled up.
Now, we can time travel, into the future.
*use the concepts from this book to see how you can use a wormhole to travel into the past.
email me at tsegazeab12@outlook.com or tsegazeab12@gmail.com. Thank you.
Time Travel: Into the Past
By: Tsegazeab Beteselassie
You know all those time travel movies about people going into the past? Well, there is actually a way to do that. Actually, there are two*. You might be wondering, "if there are two ways to time travel into the past*, then why aren't people going into the past right now?" Well, the answer is that they are untested ways and you could be in big trouble if your time machine broke down, you would be in seriously big trouble (trouble as in you might be sent off to a parallel universe). "So what are these ideas anyways?", you might be wondering. Well, let me tell you them.
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| Time Travel: This is Time travel. Link: litstack.com |
One of the problems with my theory is the usual time travel problem. If you do something to the past, it will change your future for better or worse (in the movies, it's always worse). But besides that, some minor problems, and taking longer than usual (about 5 seconds), that's about it. But on to my second idea. No wait, I have to explain how could it take only five seconds to go into the past.
You see, I figured out a way to make the process of making the atoms reverse the polarity of themselves. It usually would have taken hours, even days to reverse all those atom polarities. The only way to fix this besides reversing the north and south poles in the world is to do it group by group. You can probably imagine how to reverse a group of atoms with normal polarities. And this is the cool part. If the whole thing is the same polarity, you could do it in half a second (I'm not exaggerating!"). But what happens when all the atoms polarity's are different? Well, the answer is quite simple. If all the atoms polarity's in the object are different, then your time machine will first tackle the ones with a north polarity, then the south or vice versa. Oh, and this is the NOVA movie I'm talking about.
* I'm sorry for not writing my second idea, but my next post Time Travel: Into the Future has pretty much the same idea. I'll give you a clue what the idea is. It starts with a W and is in one of my older posts.
Email me at tsegazeab12@gmail.com or tsegazeab12@outlook.com. Thank you.
You see, I figured out a way to make the process of making the atoms reverse the polarity of themselves. It usually would have taken hours, even days to reverse all those atom polarities. The only way to fix this besides reversing the north and south poles in the world is to do it group by group. You can probably imagine how to reverse a group of atoms with normal polarities. And this is the cool part. If the whole thing is the same polarity, you could do it in half a second (I'm not exaggerating!"). But what happens when all the atoms polarity's are different? Well, the answer is quite simple. If all the atoms polarity's in the object are different, then your time machine will first tackle the ones with a north polarity, then the south or vice versa. Oh, and this is the NOVA movie I'm talking about.
* I'm sorry for not writing my second idea, but my next post Time Travel: Into the Future has pretty much the same idea. I'll give you a clue what the idea is. It starts with a W and is in one of my older posts.
Email me at tsegazeab12@gmail.com or tsegazeab12@outlook.com. Thank you.
Cool!!!!!!!!!!!!!!!!!!!!!!!!!!
ReplyDeletecould it actually work though?
ReplyDelete