Which one was a first egg or chicken?

Helix Nebula in visible light. 

Two forces affect the planetary nebula. Those forces are electromagnetic forces of the giant plasma cloud. The shine of those particles is electromagnetic radiation that pushes particles away from each other. The electromagnetic interaction affects two directions. It can push, and it can pull objects. 

Another force is gravitation. That pulls particles together. The symmetry of those forces. Or repelling and pulling effects determines if there is a possibility that some kind of stars or planet form in those nebulas. 

The electromagnetic force between ions or monopolar particles that have the same polarity pushes those particles away from each other. the electromagnetic force between anions and ions is pulling particles together along with gravitation. 

When we look at the Helix nebula above this text, we see the shine. Image one is taken by using visible light. And the second one is in the infrared wavelength. That is the emission radiation of ions and anions. The supernova remnant in the middle of the nebula adjusts the atoms to a higher energy level. The shine comes from atoms that are adjusted from a higher energy level. That shine causes the repel of those ions if they are all ions. The electromagnetic emission radiation pushes particles away from each other and denies the form of stars. So there must form some center in the nebula, before the formation of stars begins. 

The center can be electromagnetic. In that case, the anion can slip into the ion plasma. And start to grow material around it. Or some other thing causes the disturbance that starts the formation of stars. That center must have so powerful pulling force, that it will win the electromagnetic repelling force of the particles. That have the same polarity. 

Helix Nebula in the infrared image. 

We all know the question: "Which one was a first egg or chicken?". When we are talking about rogue planets that are wandering around the galaxy, we can ask "which one was first, star or planet?"

When a rogue planet wanders into a galaxy. And when it faces the planetary nebulas that planet is creating a disturbance when it pulls that material to it. The movement trajectory of that material is similar to neutron stars or black holes. But the effect is weaker. 

That thing causes the whirls and impacts in that nebula. And impacted particles are forming the gravitational centers. 

Those gravitational centers are making the material pile up at those points. So the gravitational effect of exoplanets is making it possible that the stars and planetary systems to start forming. 

Mainly the term "Planetary nebula" means nebulas where lots of heavy elements. or their origin in exploded stars. Every heavier-than-hydrogen element in the universe formed in the fusion reaction in the stars. Without those elements, forming of planets is not possible. 

https://scitechdaily.com/rogue-planets-captured-by-stars/

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

The mystery of the 9th planet (Planet X)

The mystery of the 9th planet (Planet X)

When we are thinking about the mystery of the 9th planet, we must remember that gravity centers are not necessary to be planets or single objects. Those errors can cause also a material dense, which is collected by some dwarf planet. In this scenario, the cloud of bigger asteroids causes the error in the orbit of the planet Neptune.

The thing, what caused disturbing to the orbit of Neptune is sometimes raised back to the news, and that thing is really interesting. Calculations are shown that the bigger number of larger objects than usual in the Oort cloud can cause those errors in the trajectory of Neptune, and there is a possibility that those errors are causing the situation, where the Alpha Centauri is in the line with Proxima and the mass point of the Oort cloud, and this makes possible to explain that planet by this kind of effect.

And somebody explains the errors between the predicted trajectory of Neptune and the calculations as the error, what has caused that the astronomer has been tired. But when Pluto was found in 1936, astronomers became more optimistic about finding the planet behind the Pluto orbit. That thing has turned out to be a very nice question in the area of science.

The calculations about the errors of the trajectory of Neptune has pointed out that predicted planet to be 20 times farther than Neptune from the Sun, and that means it's very cold if it has existed. But there is a possibility, that even this planet has existed, that thing would leave our solar system a long time ago.

And there are many other explanations of the mystery planet. One is that there is quite a small object in the Oort cloud, what might be a dwarf planet, what has collected to an asteroid and dust cloud around it, and that thing causes those errors, as I have written at the beginning of this text. But why this strange planet is sometimes in headlights?

The thing that around Proxima Centauri were found exoplanets have caused the astronomers thought that there is a possibility to find another planet on our solar system. Or actually, astronomers have found new particles, what are bigger than Pluto at the Oort cloud, what is giving punch for thoughts that there could be a big icy planet outside the solar system. But is it possible that the particle, what is 20 times farther than Neptune could remain orbiting the Sun?

This means that the distance to the Sun could be extremely huge, and there is only a little possibility that the surface temperature of that planet would be higher than three kelvin. This makes extremely difficult to find it by using infrared. So what would we do with this planet?

A one really interesting theory is that this planet would be used to create magnificent computers. Even the normal computer would have extreme high-power computing capacity because the surface of the planet would be superconducting. One of the ideas is that the bugs would send on the surface of that planet, which means that the neurons of those bugs would turn superconducting. And then humans could communicate with those neurons by using radiotelescopes. But those things are only visions, and the search of that particle that is called "Planet X" would continue hundreds of years.

What the mobile telephone would do with the third camera?

What the mobile telephone would do with the third camera? 

The form of the product is important, and sometimes I have wondered, why the mobile telephones would not have the third camera on the side? That allows using that device easily as the action camera. If we would want to make this device more effective, that we could use it at the same time as the mobile telephone, we could connect it with another cell phone, which allows us to use the interface with a normal telephone. This would allow them to connect their data processing ability.

The mobile telephones have greater memory than many normal computers, and this would make them effective data handling systems, but the problem is the battery. But the thing is that mobile telephones can equip with the swapper system, which allows choosing between the low power but battery-saving processors and high power processors, what would strain more battery. The thing is that this thing would be done by using multi-processor architecture, where the system uses only one processor when it is in the battery mode.

But when it is connected to an external power source, the system would connect electricity to other microprocessors. And of course, if the user needs high power computing, that person can set the high-power mode in use, and maybe the level of the battery, when the system turns to power-save mode could be set in the interface.

If the mobile telephones are connected as one piece, that they would act as one device, this thing might give the change to connect the calculation capacity the multiple mobile devices and computers. The thing is that this kind of systems can be used to create lightweight but at the same time effective computer systems. The lightweight systems can make possible to create compact size mobile communication and data processing center, and this kind of systems can revolutionize the field research and military field operating system. 

The connection happens by putting the same IP-address to multiple devices, which makes them act as one computer. But how we could use this product, while we are skiing or skating? In those cases, the mobile telephone needs an application, what person can use in a noisy environment, and while being getting out of breathing, because in those cases the system would not understand the commands or the person cannot even give them.

So the answer to that kind of thing might be using a similar system, what Stephen Hawking used for communicating with other people. This kind of system can connect to to the HUD-glasses, and the person can control the user interface by targeting the sight in a certain icon. The interface can create that the image what the camera is sending is backward and the icons are hovering ahead of the film. If the system would synthesize the synthetic images by using the focusing system of the camera, it would give the user the ability to see in absolute darkness.

The system operates with SONAR, and it can create the 3D-image scannings from the objects and the same technology can be used as the creating images in absolute darkness. Those images can connect with the thermal camera system. That would make possible to create the perfect night vision system. 

This allows connecting the device to the internet, and give real-time two-way communication between computers and the portable device. If this product is equipped with an infrared camera, it would give a person an ability to find heat points and night vision. This system can simply put on the bandana, or the helmet. And it is lightweight.

The system can benefit the other detectors of the mobile telephone, like a position sensor, and the automatized focusing system to create super sight for the people, who uses this kind of system. The position detector can be used to create 360 degrees of panoramic images by turning the head or rotating the camera on the selfie stick.

If the person uses selfie-stick with this system, that user can look behind corners, and if in that stick would install the gun, like automatic pistol the person can shoot behind the corner. The operator can use the hook to pull the trigger back, and if the pistol is installed in the line with the camera it can shoot sharply. So this thing could be useful in some law enforcement or military actions.