The Proxima Centauri Signal decoded.

 The Proxima Centauri Signal decoded. And the only interesting thing is why that signal is unique?

So the signal from Proxima Centauri is analyzed and the broken computer caused that thing. And this is one of the best examples of how people can be wrong. People who are trying to decode signals are using lots of time for those things. And the other people can say that "they should know that this was not another civilization". 

And I would be surprised if that thing would be the signal from another civilization. The thing that is interesting with Proxima Centauri B and C is why that planet was confirmed so late. Many more distant exoplanets were confirmed a long time ago. 

Sorry boys, I must tell you that this kind of thing is a very interesting way to see things. The thing is that we must use sources that are given to the public audience. So there might be mistakes until the source of the signal is confirmed. 

The thing that makes Proxima signal interesting is that the Proxima Centauri is not the habitable solar system. The thing is that even the best of the boys are making mistakes. And if people are not make anything that means there is hard to make mistakes. But projects are not advancing either. 

The electromagnetic spectrum

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So what makes those signals interesting? The thing is that those things like Wow! and BLC-1 are unique. 

There are also cases that the broken microwave ovens caused the false alarms of alien signals? Why do radio spectrometers not detect the similarities with the Earth's atmosphere and the signals which source is in microwave ovens?  

Why did radio spectrometers not detect that the microwave ovens were stressed air molecules? Or why does nobody use radio spectrometers for analyzing those signals? The radio telescopes are not detecting microwaves. They are detecting radio waves. 

The microwave ovens can detect by annealing of air atoms. The microwaves are stressing the air atoms and they are sending radiation with the frequencies that are causing the radio transmission with the frequencies of nitrogen and oxygen. 

The same way the metals that can send this kind of emission radiation send the radiation with the frequency of such metal. So if the source of the radio waves is the broken microprocessor there must be the sign of the gold. And another thing is that the width of the electric wires would give the fingerprint for the radio frequency. So why the most powerful and effective systems didn't recognize those marks in the radio spectrum? 

And also the system should, of course, detect the emission of the gas of the Proxima Centauri. Proxima Centauri would also leave its fingerprints on the radio spectrum of the BLC-1. 

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1) Why those very expensive antennas and computers couldn't measure that this signal came from the broken computers? Why is that thing tracked to space?

None of the stars would erupt only once. That means there should be repeatings in that kind of signal. 

2) Why that kind of message has not been detected before and after the Proxima signal? Why that signal is unique? The broken electric equipment causes always some kind of electromagnetic fields. But the world is full of broken computers. 

And that thing means that there should be other cases about this kind of signal. None of the normal electric equipment is unique. They would always send signals that are similar to others. 

3) The broken microwave ovens cannot detect straight by using equipment that detects the radio waves. The things that cause the radio waves are the atoms of the atmosphere and the radio spectrometer should notice that the elementary signature of the radio waves matches with Earth's atmosphere. 

That they would send unique signals this thing means that those systems must have so-called unique components. Same way things like microwave ovens should send always similar waves. 

The radio telescopes would not observe microwaves. The thing that causes that broken microwave ovens would cause radio disturbing is that the microwaves are stressing air molecules. Then those molecules are sending the radiation. But that radiation would detect in the wavelengths that are coming from the nitrogen and oxygen atoms. 

So the radio spectrometer would notice that the microwave ovens are causing some radio transmissions. The reason is that this emission radiation would be sent by oxygen and nitrogen atoms. That means the radiation spectrum of those radio waves should have a match the atmosphere of the Earth. 

https://www.nature.com/articles/s41550-021-01508-8

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

https://thoughtsaboutsuperpositions.blogspot.com/

Why computing is a unique thing in business and the environment?

The "open source" is the new thing in the R&D process.

The term "open source" means the use the open data where everybody has access to the development process. The data is collected from the Internet. In the next step, the developer will modify it to the product. The developer can be a single person, or it can be a group of people. 

We might say that the Internet is the great gold mine of information. It offers big data that is not sorted but freely accessible. The developer must only need the right search words for sorting the data that the developer person wants and need to get the needed data for the project. 

There is a lot of data on machinery, sciences, and especially programming. So the internet allows getting all data that people need for their programming. 

Software development benefits the "open source" of all free access information. 

The thing is that programming doesn't need anything more than skills. That means everybody can learn programming languages. And start to make programs and algorithms. That means almost everybody can turn to the developer. And if they are working in the home by using own computers outside their working time. 

Nobody even knows that they are developers. And the other thing in business architecture that makes computing unique is that it is like a "necessary but unseen" thing. So for other business architecture, the development of computing has the same position as a stepson. That means the bosses are giving orders and then the development team makes the thing that is needed. 

So the thing in computing is that it's against the standard business models. 

The standard business model is that everything is controlled from upstairs. The model is that the head of the company is giving orders and resources. And then the henchmen are making the things real. But the thing in computing is that the work that those people are making is mostly virtual. The programmer might make the code by using even Notepad, and then the programmer copy-pastes the code to the programming editor. And then that person must make the normal debugging process and remove errors. 

The thing in the R&D process of software is nobody controls that thing. The R&D in the things like artificial intelligence is self-controlled. That means the people who are ruling the business environment cannot do anything for those processes. They might kick those developers out, but they cannot make anything for the developing process itself. 

Everybody can buy their PC and make code what they want. And that means the people who are not using the computers owned by some third party. Nobody can affect to processes that are made by those computers.  The editors can be found on the internet.  

The "open source" software development is one of the most interesting things in the world. 

At the beginning of this text, I wrote that "open source" is more than some programming. The real term for "open source" development could be "open engineering". 

Many people think that "open source development" is only some kind of Linux development. The fact is that Linux development is only one part of the large sector called "open source" development. 

We should describe the "open source development" as the development where is used open literature and open Internet sources. There is lots of data on the internet that is waiting for its finders. But getting access to that data requires that we know the right words for searching those things.