Astronomers and Internet of things

We live in a world exponentially progressing in the field of technology and Artificial intelligence. With every passing day, theoretical concepts are coming to factual realities. Based on which, marvelous inventions are coming to existence. We are already experiencing a world where most of our daily life tools and electronics remain connected to the internet. Whether it’s the mobile phones we use or home assistant we control, Smartwatches we wear on our wrists or futuristic cars we drive. Roomba’s vacuum cleaner or smart home appliances like LED lights, fans, fridge, and microwaves. Keeping in view all of this, the future is no different. Modern desktop training unbelievably hyperconnected.

Internet of things is all about getting the smallest devices to communicate with each other. No need for a human to human contact for daily tasks. Even, no human to machine interaction. The goal is to make super-realistic robots that not only can think, feel and see but are capable of making their decisions. However, where scientists and tech enthusiast are looking forward to it Astronomers and Internet of things might Modern desktop courses!

How Astronomers and Internet of Things remain linked together?

Astronomy is all about studying the galaxy. Only possible by observing the particular radio frequencies coming from millions of black holes, star, planets, pulsars, and the list continues. Where in space, their radio frequencies are much stronger but as they are hundred and thousands of light-years away from earth, by the time these waves reach Earth, they have become dimmer. Therefore, only sensitive telescopes and frequency detectors are able to observe those waves. On the other hand, the internet of things will also operate on those radio frequencies. Ultimately causing interference and a constant source of disturbance for astronomers in their research. That’s why Astronomers and the Internet of things are not great allies right now.

Importance of Radio Quiet Zones:

Quiet zones are the regions where the operation of commercial radio frequencies remains prohibited by law. In order to prevent radio telescope and receivers from any sort of interference. Even today such quiet zones exist to facilitate scientific research for astronomers. Mainly in Russia, Chile, China, America, Canada, Spain, Brazil, and South Africa.

Future Possibility:

The future world of IoT might cause efficiency, and usefulness of those quiet zones to become insignificant. As there will be no part of earth left where radio frequencies are not present. A major reason why Astronomers and the Internet of things is a major conflict.



In the future, different work fields of life will only have robots working in industries, factories, and farms, that operate wirelessly (with the help of radio frequencies). In view of this, astronomy will suffer to a much greater extent. Whereas it can be hoped that in the upcoming world of futuristic gadgets and robots, such inventions would also come to life which are not only much efficient than existing astronomical equipment but also capable of communicating with the galaxy despite the presence of infinite interferences. So that Astronomers and Internet of things can get along.





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