The theoretical biotechnology created originally for interstellar space flight will also use for many other things.

Teleportation of data makes many things possible and more secure than ever before. But can we someday make teleportation to humans? Maybe living organisms and complicated organisms are too vulnerable for teleport. Teleportation means that an object is transformed to wave movement or radiation. 

And then back to the particular form. But then we can say that teleportation of even humans is possible. In that case, the system combines quantum mechanics, computer technology, and advanced genetic engineering. The idea is that the memories and genetic data of the person would download to the system. 

After that, the system will send that data to the chamber where the system will clone the person. There are three ways to make that thing by combining biotechnology with quantum teleportation. The needed information can send by using quantum teleportation which protects it against errors. 

Those solutions were made for hypothetical interstellar space travel. The thing is that the ability to store the information in the DNA and create chemical computer programs by using the DNA makes it possible to encode the data in the genomes. And create new abilities also for humans.

The system sends frozen embryos to the other solar system, where they would make the colony. The thing is that there must be a system in those capsules, that ensure that the DNA is not damaged. And the system must fix the errors in the DNA.  

1) In this version to the goal will send the capsule. And after that, the DNA code of the person who wanted to teleport will send to that capsule. There the robot system is creating a copy of the DNA of the person.

And then it can inject that DNA into the embryo. Then that embryo will grow in the artificial womb. And the memories of the teleported persons will transfer to those children. The system will be more flexible than the fixed systems because the same capsules can use to create many individuals.  

1B)The "Slender man" type solution. The human-looking robot where is the embryo inside it. 

There are many models of those hypothetical genetic engineering and cloning systems. The DNA information and genetic data of the person are stored in the computer. And then the computer makes a copy of the person by using biotechnology. The chamber where the embryo is can look like a human. The hollow robot can contain a biocapsule, where the organism can grow and it can operate independently. 

2) If we want to make adults there is the possibility to send the data of each organ to the biotechnical robot factory. And after that, the bioprinters will create a copy of the body. They can use cloned cells for that operation. 

In this system, the bioprinter will make every cell group separately, and they will be put together like some kind of Frankenstein monster. The system can use cell paste for connecting the cloned organs. Then the blood will transfer to the body. Then the uploaded memories will send to the nervous system. 

3)The opposite or negative time dilation will make this thing possible. The opposite time dilation means that the particle will be put to an absolute stopped condition. In that case, the time starts to travel faster. The ability to create enough powerful negative time dilation makes it possible to create the time machine. 

If there is possible to create an absolute vacuum where are no gravity fields and electromagnetic radiation. There is the possibility to put the time moves faster in the space. That thing means that the embryo will grow in minutes or seconds.  In that case, if we would observe it outside the area of negative time dilation. 

()https://visionsoftheaiandfuture.blogspot.com/2021/09/the-theoretical-biotechnology-created.html

Extraordinary theories of interstellar flight

Extraordinary theories of interstellar flight

As we have noticed everything, what we are talking about interstellar flight are theories. By using existed technology even the flight to the nearest star would take thousands of years, and that means that the journey to that star would be possible, but the human being would not even remember that craft.

 And if we would think that Voyager spacecraft would someday come to its destiny, there would not even mark of that thing in the radio telescopes. But that journey would take so long, that we cannot even remember that we have sent those spacecraft. So if we want to collect data from the other solar systems and use probes for that thing, we would need more sophisticated systems for that. Here I will write about two ways to make that trip, which is not usually mentioned

Use the teleportation or -projection for that thing

The theory of this system would base the idea that the electron can be at the two places at the same time. So if we would think the practical way, every each object in the world could multiply themselves in the same way. Idea is to make the enormous particle accelerator, and then put the space probe travel around that cyclotron.

The idea is that the speed of the extremely small space probe would rise at a very high speed, and that thing would double those atoms. And because between those atoms would created string, the decreasing the speed is pulling the particles back together. But the problem is that if that probe would touch the wall of cyclotron that would cause a huge explosion.


Gravity waves and their possibilities.

When we are thinking about the gravity and gravity waves, that thing is still one of the most mysterious and exotic phenomena in the universe. If we would determine the direction, where the gravity waves would effect, that thing would help to answer the question would the gravity have also repelled quality. If the gravity waves would push the laser ray away, that thing would give a chance to create so-called real antigravity vehicles.

When we are talking about the anti-gravity, we are normally calling electromagnetic levitation by that name. In the electromagnetic levitation, the magnets would pull the object above the ground, but in real antigravity, the object would levitate by using the gravity waves or with some other method, what would turn over the gravity. That thing would help people to use things like black holes as the power source.

Gravity lens has brought one of the most extraordinary and at the same time interesting theories in the mind of people. That theory is to make two particles in the space. The first one, what would act as the "locomotive" would pull another behind it, and the system can use a giant gravity lens to create that point. In this idea, the gravity waves would be targeted certain point ahead of the second object, which would follow it. But this thing would need the most extreme and enormous technology, that we could wait for that system for about millions of years.

And time loop

What if we would stop the time inside some chamber in the spacecraft in about 30 seconds, but then we could make that thing multiple times. If we could repeat that action every 30 seconds, that would make possible to double our lifetime.

So in this case in the enormous spacecraft would put the object, what will be pumped with electricity so heavy, that it would turn to the giant qubit. The thing is that the spacecraft would travel by the speed, which is about 20-30 percent of the speed of light.

But inside the craft would be the cyclotron or some kind of "grey hole", where the time has put to go slower or stopped by pumping the energy to this part of spacecraft. That would make possible to travel extremely long distances.

There is no direction up and down in space (Project Daedalus)

There is no direction up and down in space (Project Daedalus)

There are some mistakes about the study project Daedalus, and one of them is that the craft must have the same mass of fuel for acceleration and braking, so the stages of Daedalus should be the same size. Or there must be some other thing like a solar sail, which would help the craft to break because the craft needs the same mass of energy for decreasing the speed than in the acceleration stage.

The solar sail can also be used as the giant brake, and it would open before the craft is coming near the Alpha Centauri, and then the particle flow from the star would decrease the speed of Daedalus. That means that it works like a giant airbrake when spacecraft is entering the other solar system. This project is an only theoretical study about the interstellar spacecraft.

When we are thinking Daedalus as the manned craft, we must realize that the floors of the craft can put in the vertical direction to the traveling direction. That means that the craft is moving to the direction, where the roof of the crew could be.

In the 1970s the British Interplanetary society designed many study projects with the interplanetary- and interstellar spacecraft.  Some of those designs were very fantastic, and one of the most remarkable ideas was to create saucer-shape spacecraft, which would use the interstellar ramjet for creating the energy. The system would be interesting, because the craft was short, and it would travel in the space like the larger part would be ahead. The ramjet system would suck the ions through the craft, and then those ions would be targeted with laser rays, which would make fusion possible.

That system would also create artificial gravity by using the speed of the craft for that thing. When the craft is traveling in a vertical direction comparing to the floor, that can create artificial gravity, and the craft is moving to the direction of the roof, as I have written before. 

But when we are thinking about the saucer shape craft we are always forgetting the possibility, that the craft would be a modular system. The rocket stage, where could be even antimatter engines could be a dock to the probe, or manned module, and it can be separated, when the craft would operate in the atmosphere.

There is introduced the conventional version of this solution. The X-37B is the small space shuttle, which has been space over 700 days. The Agena-stage can connect to those shuttles very easily, the docking ring can put in the cargo room, and then the rocket stage can push the craft in the solar system. But where NASA would use those shuttles.

The thing is that they can use those shuttles to collect data from the asteroid belt or deliver probes to the atmospheres of the gas planets like Jupiter and Saturn. When we would want to make something revolutionary, we can equip Agena stages with lightweight nuclear reactors. That allows to use of NERVA-system in those vehicles, but the political resistance against those things would be great.

So is there possible to make extreme powerful rockets without nuclear energy? One version is to use a simple pressure base system, where gas is traveling through the pump, what is connected with dynamo. That thing allows increasing the temperature in the combustion chamber and also the speed of exhaust gas would turn higher.

https://en.wikipedia.org/wiki/Project_Daedalus

The interstellar version of "Project Orion" would use antimatter bombs for accelerating its speed to interstellar level.

The interstellar version of "Project Orion" would use antimatter bombs for accelerating its speed to interstellar level.

"Project Orion" was the attempt to create nuclear-powered spacecraft by using the method, where the nuclear bombs would give punch to that spacecraft. Those nuclear bombs were planned to detonate behind spacecraft, and that thing would give extremely great punch for the spacecraft, what would travel in our solar system. If those nuclear bombs would be replaced with antimatter bombs, that system would be used to create the interstellar version of the "Orion" spacecraft.

But the stars would be a little bit too far away. The punch of that system would be extremely tough, and the system was planned to use many small-sized nuclear detonators, what size would be something like between one or two kilotonnes. Those bombs would be detonated as the salvo behind the craft, and that thing would happen by using frequency about one nuclear bomb per day.

Another thing what the system would use in those purposes is the series of neutron bombs, which would make the accelerating process softer. In that case, the Orion spacecraft would start the accelerating by using small nuclear detonators, and then the craft would turn to use bigger nuclear bombs and then the last used system would be 50 mt. hydrogen bomb.

This thing has given ideas to create the interstellar version of the Orion spacecraft. In that case, the detonated nuclear devices must have extreme power. The one way to use "Orion" spacecraft is to replace the normal nuclear bombs with hydrogen bombs as I just wrote or even antimatter bombs, what would give that spacecraft even greater punch, what nobody expected.

But what kind of system would be the interstellar version of Orion spacecraft be? That hypothetical long-enduring version of this nuclear-powered version of "Orion" spacecraft might be a hybrid version of solar sail and nuclear detonation using spacecraft. The solar sail would give the first acceleration, and then the craft would start to use antimatter bombs, which will create an extremely high punch.

The problem with antimatter bombes is that if something goes wrong, and they will explode, the detonation of those devices would destroy the entire planet, or turn some moon away from the trajectory. That's why those antimatter bombs must be created outside of our solar system by using the particle accelerators.

Form of the antimatter bombs is very simple. They are magnetic chambers, where the antimatter or antimatter ions has been stored. And when those devices would be detonated the magnet field, what denies those particles to touch the core of those magnet chambers or bottles just removed. The antimatter particles would touch the core, and then the system would be exploded. The name of that device is also "Teller's bomb", which is the most powerful explosive device, what mankind has ever invented.

When the interstellar "Orion" craft would be loaded by those bombs, that operation could be very complicated. Those devices would be created outside the Kuiper belt, and in this operation, the "Orion" spacecraft would travel outside our solar system as the normal solar sails or the device what would get speed from the particle accelerators, what will target their sails.

And when that probe would be in a safe distance, the stages, where those bottles of antimatter have been stored would dock with the probe. That means the stages would be driven to the probe with a very high speed, and then those antimatter systems would be ready to use. The thing is that the breaking the "Orion" would need as many antimatter bombs as the accelerating, that the project would be extremely difficult to make. But maybe in one day, this kind of devices would take mankind to another solar system.

The antimatter motor would use only electrons and positrons for creating better thrust than photon rocket.

The antimatter motor would use only electrons and positrons for creating better thrust than photon rocket.

The one form of the antimatter motor, what can be possible is simple to use positrons and electrons, what will collide outside the rocket. The idea is that when the antimatter motor would operate it would use one particle accelerator, what will shoot positrons or anti-electrons in the middle of the great shield, and around that structure are the electron cannons, what shoots electrons in that shower of the antielectrons.

That propellant would be easy to make, and the electrons are everywhere. That system would use high voltage electric cannons, which will shoot electrons to the shower of positrons. The impact of those two particle types would happen outside the spacecraft, which will be pushed forward. The idea of this kind of rockets is that they might make greater punch than photon rocket. And it would bases technology, what is already existed. The accelerator would send to space in pieces, what just put together.

One of the things in this system would be that electrons would pull positrons to them, and then the system would create very hot and powerful annihilation. The antimatter rocket, what uses this kind of technology would be possible to create by using the technology, where the linear particle accelerator is used to create the positrons, and that system would be connected to the nuclear reactor.

In real-world, this kind of systems is not technically very hard to make. But the prize of those systems is very high. And that makes them hard to create in a financial point of view because the construction and building processes need very many launches, and we would need also a clear target for that mission. The probe must be equipped also with highly sophisticated artificial intelligence. And the communication with the probe would be extremely difficult.

So the target for that kind of systems must be very extraordinary, that it would be done. The use of that kind of systems would be safer, than using the antiprotons or antihydrogen. The accelerator would create positrons by the speed when they are used in the annihilation reaction. And when the power is switched off the production of positrons would be stopped. So that material would not be needed to store in a magnetic bottle, where it would not touch the wall of the tank, which will cause a huge explosion.

That makes this project expensive, and this version is modified photon rockets, where the photon is replaced with electrons and the speed of those particles could increase near the speed of light. But the problem is that only light can reach the speed of light, and that's why researchers are talking about photon rocket one of the most capable versions of the rocket, what will someday send a human being to the interstellar journey.

The thing what makes photon rocket very complicated thing is that the thrust of that rocket would be so poor. The accelerating rocket to the speed of light or near the speed of light would take even hundreds of years, and that's why the rocket would need something, what will give more punch to that system.

One of the biggest problems with the rocket is it needs a very much fuel and in the space also decreasing the speed must be done by using the rocket, what will thrust is turning forward. And that thing means that the decreasing the speed of spacecraft would need the same mass of fuel, what is used in accelerating process. The fuel pack for photon rocket is quite small, and that rocket would shoot the photons backward.

That thing makes it act like a giant lamp, but the thing is that the thrust of that system should be greater. One thing what some physics have introduced for solution for that kind of problem is the use of electrons and positrons in the same way as the hypothetical fusion motors use the fuel. The thing is working that the pellet of helium 3 would shoot through the cannon and the lasers would target to that pellet. 

But the speed, what that system could create, will be something like a couple of percent of the speed of light. But if we would use antielectrons and electrons the thrust of the system would increase, and the fusion would happen outside the spacecraft, behind the great shield, what would give the surface, what the particles will impact and push the craft forward.

What if we can benefit the energy of a black hole?

What if we can benefit the energy of a black hole?

1. The problem is, how we can get energy from the back hole?

When we are thinking about technology, we could benefit the energy of the black hole even today. The problem is how we can get close enough to target the energy collector to the black hole, that the energy would have the effect of that thing.

The energy of the displacement disk would benefit by using the normal solar panels because in that area happens high-energy nuclear reactions, what will shine the light from that area. But the problem is, how to get close enough the black hole.

2.  One answer to that problem, let's make our own black hole

When we are thinking to make our own black hole, we would make a ball, and target the radio waves to that target. This would make it the singularity, and that energy would benefit the same way, as the normal black hole.

But those small size things would be very short term versions, and they must make outside of our solar system because that thing will cause the instability in our planetary system, and we would need a huge level of energy for that thing. And there is one version to transform the entire star to a black hole.

3. Transform some star to the black hole

That would happen by targeting extreme high electric-levels to the Oort cloud, and that will conduct the high power electric vortex in the center star, what will transform to a black hole.

But to this process, we would need so much power, that we cannot do it in the future.  In the most probable cases, nothing would happen, and even we would load our energy pump systems en centuries, that would be a very useless idea. And anyway we must go to another star for making that thing true, so this is only thoughts, what kind of systems that thing will be in some distant future.

4. We cannot make the practical solution before we can travel to distant stars in routine

There is a problem, that if the system would fail, the star would just blow as the Nova or supernova, and if we would have too little energy in use, we would make the "grey hole", what means a particle that has the same or little bit smaller escape velocity than the speed of the light. Then the "grey hole" would pull the atoms on its surface, and cause nuclear fusion, what is the size of Supernova.

Or maybe we would cover some star by using mirrors. That would cause an increase in the energy level to the level of forming the black hole, but there is one thing, what makes this very unpractical. We have ever been visited even to nearest planets, and the trip to the suitable star will be the different scale of a project than traveling to planet Mars.

5. What kind of technology we would use in the benefiting the energy of the black hole?

If we are thinking to benefit the radio waves, what the black holes would send, we might make radio antenna, and then send that radiation to Earth by using Laser or Maser systems, what can send a high-power energy impulse to the Earth. That radiation would travel in space over 6000 years if we would benefit the energy of Cygnus X-1, and this makes this thing very problematic.

But if we would make our own black hole, we must make it to the very far distance, because the gravity would make problems to our solar systems. If we are thinking about the ability to benefit the energy of black holes, we must make a stable black hole, what would not need external energy pumping. If we would make a too small black hole, it can explode, and that would be a very devastating thing, what might influence many solar systems in the universe.

In the future, the space travelers would make Dyson's spheres near the target stars

In the future, the space travelers would make Dyson's spheres near the target stars

When I'm talking about advanced civilizations, I'm talking also the human race. In the future, we might create Dyson's sphere near the target star and live in that space station. An advanced civilization could make their own artificial planet near some star, and benefit the ice asteroids what are orbiting the star and use that water in Dyson's sphere.

If we would think Dyson's sphere as the base near another star, that thing would be more suitable than some planet for the base, because that artificial planet would not contain any micro-organisms. The atmosphere would also be fully controlled, and that would make it more comfortable than some natural planet, and the life in that Dyson's sphere would be fully controlled. Sometimes some philosophers have introduced the idea, that the civilization, what lives on some planet would be controlled by using Death Stars, the giant Dyson's spheres, what are equipped with ion cannons, what is capable to shoot antimatter to that planet, what could destroy the entire planet.

That thing can be the ball-shaped space station, so-called Dyson's sphere, what will work like hollow Earth. That thing would create artificial gravity by using rotation, and the centrifugal force would create artificial gravity in the inner layer of this ball. And in the middle of that space station would be the artificial sun or fusion reactor, what will create electric power for that thing.

In some stories, people are flying to the stars, and this is the standard thing in the science fiction stories. And sometimes the scientists want to keep us restless, and they say, that there is not habitable planet orbiting some stars, and that's it, we cannot find humanoids from those stars as you might know.

Advanced aliens would not need planets

But otherwise, we are facing little paradox about this philosophical thought, because if we are thinking about the primitive civilizations, those aliens would not travel of life near to those stars, but if we are thinking about advanced civilizations, what can operate with advanced space technology. And that could build things like asteroid spacecraft. We must realize that those humanoids or astronauts can create their own planet by hollow the asteroid, and create the space station inside it. That thing can be a very interesting version of space travel.

 And maybe in the distant future, we would be the civilization, what would travel to another solar system and meet intelligent but primitive aliens, and who knows, what we would do in that situation. Here we must say, those very advanced civilizations might not be addicted by the starlight, and middle of those ball-shaped space stations could be created the artificial fusion.

In that system would be used the same kind of technology, what is used in NIF (National Ignition Facility), where the fusion particle would put in the center of the ball-shaped chamber, and then it would target by lasers or microwave systems, what will create the artificial sun in the middle of the ball. In fact, a similar system could be installed in the much larger ball, which could be massive Dyson's sphere. The ball-shaped space station would rotate and the rotating structure makes the artificial gravity possible.

What if we would someday travel to the stars as the routine operation?

What if we would someday travel to the stars as the routine operation?

In the "What if" channel was a tale about the situation, that someday we maybe can travel around the galaxy by using the speed, what is over the speed of light. In fact, if we someday could make those journeys, we must understand that real opportunity to the journeys to another star was reserved to the colonialists and scientists. In this version, there would not any tourist trips around the universe, and the reason for establishing the colonies would be that the growing population of the planet Earth and mankind need more and more fuel and raw materials for supporting our life form, and enlarging the circle of mankind.

And here we must ask, why we haven't traveled to another solar system yet. The reason for that is that there are no close solar systems, where we could fly in the humane time, and that's why we haven't created that technology. Actually, we haven't yet found any suitable planet for colonization. That's why we have not created technology for interplanetary traveling.

If we are thinking about the suitable engines for that journey, there could be possible to use photon- or radio wave engines, but the thrust of the photons or radio waves is so little, that there would need to use another motor to increase the speed of the spacecraft in the level of 99% of the speed of light. And then the photon rocket would increase the speed of the craft to the speed of light. The thing in the interplanetary spacecraft would be vehicles, which is a very big size.

The nuclear engines might open the route to the entire solar system

There is a possibility that those very large spacecraft would ever land on some planets and the resupplying of those crafts would happen in the orbital trajectories, and they would use ion or some other more conventional motors for traveling in our solar system. And we must handle the interplanetary traveling before we can fly to another solar system. When we are thinking the ion motors, we could operate them by using the solar panels, and giant fuel cells, but the real suitable thing for that engine will be a lightweight nuclear reactor, what would use Plutonium or some other extreme heavy element, like Neptunium or Einsteinium as the fuel.

This kind of systems could be possible in the distant future. When we are thinking about the NERVA system, there is a possibility to use that engine in the Mars trips, but for the more distance, there is a need to use more effective systems. And if we would think the extra stellar journey, we might face the thing, that the needed systems would be more complicated than some ion motors, what allows the spacecraft travel in the interplanetary missions.

The energy source for the WARP system is problematic

But for the interstellar journey would need to create vehicles, what are more enormous, than those interplanetary vehicles can ever be, and the size of those vehicles would be over 100 kilometers long because there is a need to create the storage of fuel, equipment, and life support systems. The fuel, what those vehicles use would be antimatter because the self-sustained fusion is very hard to create.

The WARP-drive would need very high voltage to create the speed, what crosses the speed of light, and the thing is that those systems, what would be magnet tracks, what are similar with MDD (Magneto Dynamic Drive) drive, what is used in the ships need the extremely high voltage to suck the ions through the tube with the speed of the light. The thing, what makes this drive problematic is that there must be very high voltage magnets, that enough ions could travel through the track, that the speed of the spacecraft would rise in the short period, that means a couple of years.

If the system uses antimatter, in the case of the explosion the entire planet would be in danger. In this scenario, the antimatter would be stored in the magnetic bottle, where it lays in the middle of the bottle. And if there are problems with those magnets, the antimatter would contact with the core of the bottle, and the spacecraft would turn to energy in the annihilation reaction.

The idea of the WARP is that the magnets will suck the ions through the tube, and that would give the spacecraft the speed of light, and the system is similar, what is used in the hypothetical submarine in the Tom Clancy's book "Hunt for the Red October". The thing is that in the water is no need for the very high voltage because water is a thinner element than space, where are fewer ions than in the water.

Colonialists could make Dyson's spheres by using hollow graved asteroids, which are used as artificial planets.

But when we are thinking about the colonization of the entire galaxy the journeys between the stars would take so long time, that the journeys between the stars would be one-way trips, and that's why the planets, what are orbiting those stars should be habitable. Or there is one very fascinating way to habitable the solar systems.

And that thing is to create the own planet by making some asteroid hollow. After that, the colonialists would transfer a couple of icy comets inside that asteroid, what is working as Dyson's sphere. This kind of colonization would make possible to conquer other solar systems, there are no planets in the habitable zone. In this hypothesis, the colonialists would make the colonies to many other solar systems by using this technology, where the hollow asteroids would use as the planets. Those Dyson's spheres would rotate with the speed, which makes the artificial gravity to the inner layer of that ball, and the colonialists would live in that base, in similar conditions with Earth.

Theory of relativity and space travel

Theory of relativity and space travel

The fish-example 

Einstein's theory of relativity is one of the most interesting and remarkable theories in history. And there is one connection to the example of the flowing river. That thing is that if the fish would swim against the flowing water with very big power, would it face the flowing water with faster speed than in the places, where water is standing still.

So if the speed of the fish is 20 kilometers per hour and the water would flow against it with the speed of 20 kilometers per hour, the impact speed with water is 40 kilometers in an hour. The example is taken from the examine, where the impact speed of the cars is asked when they are hitting against together while both of them have a speed of 40 kilometers per hour. That means that the impact speed is the addition, where the speeds of both particles are sum together.

Ability to travel faster than the light

When we are thinking about the first paragraph, we might ask, what would that thing do with the space traveling and the interstellar spaceflights. In fact, there is a possibility to create the spacecraft, what would cross the cosmic speed limit, what is called as the speed of the light. In this system would the ions pull towards the spacecraft with very powerful magnets.

Those magnets would create the impact area, where the impact speed of the spacecraft would be higher than the speed of light. And maybe that kind of things could make the hyperdrive possible, and in the future, we could use this version of the hyperdrive in the distant future for traveling between the stars.

In this case, the rockets what use antimatter as fuel would accelerate the spacecraft to the speed, what is about the 50-90% of the speed of the light. And then the system can pull the ions to the accelerator channel, what would accelerate them to the speed of light. If the particle accelerator would suck the particles in the accelerator channel by the speed of the light, or something like 80% of the speed of the light, would the impact speed of the spacecraft and the particles about 1,5 times of the speed of the light.

In that point, the spacecraft would fly faster than the speed of light. The reason for that is that slowing the mass cannot slow by unlimited speed and the thing causes that the spacecraft would travel faster than light in the short moment because the speed of the light is slower in water than in the air. And then when the electron is hitting to the water, would that cause the thing, what is called the "border layer crossing".

This phenomenon is visible in the neutrino detectors, where the electron is hitting in the water pool, and that thing causes the blue light shock-wave. This means that the speed of the electron crosses the speed of the light in a very short time period. And when the electron is slowing, it must release its energy, what is seen as the blue light shock wave.

Could this be the hyperdrive?

The idea is that the particle pulling is turned off, and maybe the spacecraft would jump forward with the speed, what is higher than the speed of the light.  The idea is similar when the fish what would travel upwards to the river in 20 kilometers per hour because it must fight against the flowing water, and then the fish would face the stream pool, and suddenly it's speed would increase to very high.

In this hypothetical case, the starship would pull the particles against it, and the impact speed with those particles would be something like 1,5 times the speed of the light, and then the particle accelerator would shut down. By using this technology, the hypothetical spacecraft would jump forward like rabbit of the fish in the example. So that can be one version of the hyperdrive.

How to cross the speed of light?

1. How to cross the speed of light?

An idea of the hyperspace is actually the singularity, what would open inside the spacecraft. Another version of this case is just the spacecraft in the natural black hole, and in that case, the spacecraft would also travel faster than the speed of light, because the escape velocity in the event horizon is higher than the speed of light.

The thing, in this case, is that the spacecraft would drop in the material center point in the velocity speed makes the crossing the speed of the light possible in the special situations. The special situation is that there is so massive particle, that it would suck the light in it. And if the escape velocity is higher than the speed of light, that means that the crossing the speed of light is possible.

2. Being possible is not a synonym for "usable". 

The thing, what makes this idea possible is not actually mean that the manned spacecraft can actually travel in the black hole and come out in one piece. The tidal force near the event horizon would be so great, that the spacecraft would be crushed near the black hole because the gravity field would affect the different way to the structure of the imagination spacecraft.

Sometimes there have been ideas to make the spacecraft, what would use the electromagnetic black hole to increase its speed over the speed of the light. Some theorists have planned the spacecraft, what looks a little bit "Millennium Falcon" from the "Star Wars" movies. The black hole would be formed between two jetties, what forms the nose of the spacecraft, and the forming of the electromagnetic black hole would be made by targeting the radio waves to the ion ball, and that would increase the mass of that particle so high, that the electromagnetic black hole can be formed.

3. If we would open the singularity in the spacecraft, we don't know what will happen.

In this scenario, we would create the electromagnetic black hole, what will resonate with some other black hole, and that thing would form the wormhole between those points. And if we would think the case, that the spacecraft should travel 2.0 times faster than the speed of the light, the mass of this theoretical black hole must be so high, that the escape velocity must be two times higher than the speed of light. This is a purely theoretical way to create the thing, what is called the "hyperdrive".


If we would someday create that spacecraft, we don't know does it crushed while diving in the black hole or start to travel in huge distances in the extremely long distances, because we don't have any experience about the black holes, what we are created ourselves.

And if we would create the singularity in the spacecraft we don't know what will happen, because we ever created that thing before. The spacecraft can crush, it can travel backward of time or to some other solar system. Or it can just explode in the huge explosion.

The first craft or probe, what would travel across the wormhole could be the nano-technical probe and the traveling by using those things with manned spacecraft would happen in the far distant future. Until we have created the materials, which is hard enough to resist the pressure of the black hole, we cannot travel through to those very interesting things.

4. how about WARP?

WARP is one version of the Magneto Dynamic Drive (MDD). In this motor, the system sucks the ions from the space through the particle accelerator, what acts like ramjet motor. The spacecraft can, in theory, accelerate to the speed of light, and then the particles would shoot forward by using the ion cannon or laser.  The thing in this motor is that it needs very high voltage electricity and in today it those levels of electricity is very hard to produce, and the problem is that without extreme high voltage the system would accelerate so slowly, that it would take the life to reach the speed of the light. And this thing keeps the WARP in the interstellar mode at the theoretical level.

But MDD would open the doors to the entire solar system because there is no need for the speed of light. Only a couple of percents of the speed of light would give possible to reach the gas giants like Neptune in the very short time, and it would give the mankind possibility to exploit the natural resources of the entire solar system. And this makes this motor very interesting.

There is a possibility that the WARP-spacecraft would connect the massive mass driver. In this case, the nose of the spacecraft would be installed the magnetic accelerator, what can shoot the particles or the probes ahead by using the speed of the light. The idea of this system would be that the track of the particle accelerator would be counted in because in the space would not need the physical tube around the magnetic track.

The idea of this system is that when the spacecraft would travel the speed of the light, the movement of the craft would transform to the particles, what are shot to forward. The effect is the same when the aircraft is shooting the machine gun forward. In this case, the movement energy or the speed of the aircraft is transferring to the bullet, and this would give it more speed, what is the same as the speed of the aircraft.

5. Crossing the speed of light can be made by using a mass driver and WARP combination

This effect has given an idea to shoot three stage probe to space. The first stage would accelerate the probe to the speed of light. After that, the second probe would be shoot forward by using the same energy, what the first stage has been used, and that would increase the speed of this theoretical probe to the speed of 2.0 times of the speed of light.

Finally, the third stage would shoot ahead by using the same energy with the second stage, and this would give the probe the speed of the 3.0 times of the speed of light.  Maybe this kind of probe can travel on some day between the stars. And that kind of things are very fascinating to think about in the visions, what technology can be tomorrow.


https://dailygalaxy.com/2018/09/nasa-faster-than-speed-of-light-space-travel-will-warp-bubbles-enable-dreams-of-interstellar-voyages/