Showing posts with label Sonar. Show all posts
Showing posts with label Sonar. Show all posts

Saturday, August 31, 2019

Writings about the strange dark area in the clouds of Venus, communication with Lunar probe and orange mineral on the Moon

Writings about the strange dark area in the clouds of Venus, communication with Lunar probe and orange mineral on the Moon

1) Two theories about the mysterious dark area in clouds of Venus

A) Could those dark area caused by some primitive bacteria?

In some images has been seen the strange dark areas in the clouds of Venus. That dark area form is given many theories, and one of them is that there is still bacteria in the clouds of that planet. In those theories, those bacteria are so primitive, that they would not have own mitochondria, and they would take the energy what they need from the Venus atmospheres high temperature.

So those hypothetical primitive bacteria would be like the first organs what were living near the volcanic eruption holes on Earth, before the cells connected with mitochondria. And in some theories, those proto-nucleus cells could live also in other planets. At the beginning of the Cambrian period, the cells needed volcanic heat for getting energy for their metabolism, and until the rickettsia called mitochondria advanced, and connected to those cells, the life could start to suffuse to oceans.

B) Could some kind of radio waves, what is coming from Earth cause the mysterious dark area?

There are other theories about the forming of that area, and that thing is that those areas are forming because of the radio-radiation what comes from Earth causes chemical reactions in the clouds. The radio signals would come from the extremely powerful radars or radiotelescopes what are metering the winds and geological processes of the Venus.

Every radiotelescope can also transmit radio waves and those systems are used for mapping the surface of other planets. Those VLF-radars sees geological structures, what are below the surface of other planets like Venus and Mars. Those radio transmitters are installed to the radio telescopes like VLA, and they can also be used for searching the promising areas for the landing of space probes.

The explanation has been given in the article below the whirlwind of the atmosphere of Venus, but the thing is that if the radar signal hits the cloud, it would start the rise of energy in that point. That will warm the atmosphere, and cause the rising wind. But if we would face the primitive lifeforms on that planet, it would revolutionize the science.


https://www.space.com/6188-study-explains-dark-spots-venus.html


2) Communicating with probe what is behind the Moon.

There is a theoretically simple way to communicate with probe what is behind the Moon by using another lander. That lander would use seismic waves to communicate with the probe, what the straight radio signals cannot reach. The thing is that even if there is no atmosphere on the Moon the stone itself conducts voice as the seismic shocks, like every other stone in the world.

So those seismic shocks, what would send by the resonator could be used to communicate with the probe, what is another side of the moon. And if the Moon conducts electricity, the radio signals can be sent through that particle by using high power radio signals, what are send through the Moon. But that needs very high power radio transmitter, and also the frequency must be right, that the high power radio signal would travel through basalt without disturbs.

If we want to communicate with spacecraft, what is landed behind the Moon we could use two ways to communicate with that probe. Another way is to use the communication satellite, which orbits the Moon and records the mission what is sent to the orbiter, and then releases that data, when it passes the probe. And in that case, the memory of that probe would be sent to a communication satellite.

Or there would be other communication satellite behind the Moon at Lagrange point L-2 where the stable satellite would be anchored, and then the data would send to the orbiting satellite, what orbits so-called "saint trajectory", what means that it would orbit in the polaric trajectory of Moon like it always sees Earth. That allows the communication between the probe by sending the data first to the orbiting satellite, and that satellite would transfer the data via the stable satellite to the probe.

3) Strange orange mineral on the Moon

Chinese rover, what travels behind the Moon has faced the small impact crater, where is the orange mineral, what looks like some kind of make-up. That origin orange mineral is a mystery. The thing is that that mineral, what has founded from Apollo 17 mission (or at least the image in the source has been taken in Apollo 17 mission), is interesting because of the findings of those minerals are found in the small impact craters.

There is a question that does it suck the meteors to it. Or as Apollo 17 astronauts suspected, the form of the mineral caused by the volcanic eruption? Or is there some other origin? When we are thinking about some kind of antenna or something like that like lightweight space probes, destroying those sites would be easy by shooting them by using a high-power air rifle, what is loaded by stones.

In this case in the chamber would burn or explode the hydrogen and oxygen. And after that the stone, what would be the chalk, what is used at the schools, would hit the target. But who would use that kind of things, and what could be the destroyer things. This is the big question, and that's why this kind of things would be really interesting.

https://www.space.com/china-far-side-moon-rover-strange-substance.html


Thursday, August 8, 2019

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.

Astronomers could have a model for why photons from GRB 221009A were at a high energy level.

"An illustration shows a photon from the biggest cosmic explosion since the Big Bang reaching Earth. (Image credit: Robert Lea (created...