What Is Atmospheric Attenuation: Frequency and Atmospheric Changes Throughout History
We are seeing innovation in the tech world changing so fast, we can hardly keep up. Some innovations are only useful for a time, before better and more efficient technologies phase them out. However, researchers have been keen to see whether the advancements in technology are affecting atmospheric changes, which trickles down to climate change.
In this article, we look at a timeline in history in which we take a closer look at how a change in frequencies has influenced atmospheric changes.
What Is Atmospheric Attenuation?
Atmospheric attenuation is the process with which the flux density of a parallel beam of energy decreases with increasing distance from the source due to the absorption or scattering by the atmosphere. Attenuation decreases the intensity of electromagnetic radiation due to the absorption or scattering of the photons.
However, attenuation does not include the intensity decrease brought about by the inverse-square law geometric spreading. Rain is the main cause of attenuation for frequencies above 10GHz. With that said, the atmosphere is full of free ions, electrons, and molecules and their interaction with radio waves is dependent on the frequency. This means that if frequency increases, the attenuation effect increases.
With the advancement in technology, radio frequencies are bound to increase, especially since it is touted to go wireless. The best way to investigate this phenomenon is to look at technology over time in history.
Frequency and Atmospheric Changes Throughout History
How Tech Has Changed Over the Past Decade
The past decade has been a glorious time for tech enthusiasts as technology has shaped and disrupted all sectors of the economy. We are now acutely dependent on technology and this shift in dynamics has changed how we live and interact with the environment around us.
Here is an overview of how technology has changed since 2010:
Online Streaming Services
In 2010, internet services were only available to a few people around the world compared to today. It would take forever to get proper internet speeds to download a video. Ten years ago, online streaming seemed light-years away. However, it has become the most convenient way of consuming video, and it does not surprise anyone anymore.
Advancements in technology has allowed us to break through technical barriers to not only watch their favourite shows and movies as well as catching up on the latest breaking news. With applications such as Netflix, Stan, HBO, Amazon Video, Film Box Live, Cinemax, Showtime, and more slowly phasing out free tv.
In addition, sites such as YouTube allow us to watch documentaries and even rewind live TV.
Over the next decade, we can expect much better streaming services.
Wireless Internet and Communication
With changes in modern gadgets and applications, we have also changed how we access the internet.
In 2010, there was widespread use of mobile internet and broadband, but Wi-Fi hotspots were a pipe dream for most people. However, ten years later, wireless internet and communication is the norm.
Better yet, Wi-Fi has become almost a basic need and can be found in cafés, hotels, offices, homes, even in cars and aeroplanes. Advancements in technology has transcended the boundary limitations of the cost and speed of internet connectivity. This is one of the reasons why we are spending more time online meaning we are glued to our screens – we are addicted to them.
With that said, wireless communication has also taken root. This includes Bluetooth, Wi-Fi, and more. For example, we now connecting pour phones to media players such as Air Pods and Bluetooth videos. The result is that we now have more freedom and total access to the internet.
While wireless technologies make connectivity easier, the effects of electromagnetic frequency radiation are something to be aware of.
For this reason, it is recommended that you look into protecting yourself and your family from EMF radiation. You can find several EMF shielding products as the world prepares for a massive 5G rollout.
Travelling
A decade ago, we would stand in line to purchase tickets, and copious hours of talking with travel agencies for good deals. A decade later, over 70% of travellers research and procure tickets and book overnight stays at hotels or Air BnB’s online.
On top of this, travellers and businesses can track the location of several means of transport.
For example, logistics companies use freight and tracking systems to pinpoint the exact location of a truck, aeroplane, trains, and other forms of transport.
With the advancement in technology, travel has become much easier and remote locations are opening to their territories for tourism.
Mobile and Wearable Devices
There was a time when people had to use landline telephones to make calls, and mobile cell phones were still the stuff of science fiction. By 2010, there were over 296 million cell phones sold. However, there was limited innovation at the time and cell phones looked way different than they do today.
A decade later, we have smartphones that have become the most preferred device for accessing the internet. They have combined various features that required one device to do. For example, you can catch up on news, find out what your friend from across the world is up to, be an alarm, an MP3 player, transfer documents and files, and so much more.
Today, we are shifting from 4G internet connectivity to 5G. This new network will increase internet speeds and wireless connectivity between devices. As good as this will be, there is the danger of radiation as a result of atmospheric attenuation.
Scientific Research and Studies
For every innovative technology for individual mass consumption, there are hundreds of automated equipment used for scientific and research purposes. For example, spoil scientists had to wait days even weeks to get lab results of their samples. Today, they have new and easier ways of analyzing samples and they can send them to colleagues and journal editors in a matter of minutes.
Changes in Frequency and Virus Outbreaks – A Timeline in History
Advanced technology is one way to evolve our way of life. However, there is enough evidence to show that changes in frequency are connected to virus outbreaks. Here is how changes in frequency and advancement in technology connects to major virus outbreaks over time.
- In 1918, the introduction of radio waves around the world coincided with the Spanish flu
- In 1968, the earth got its first protective layer in the van Allen belt and six months later, the Hong Kong Flu broke out
- In 2009, the swine flu outbreak coincided with the launch of multiple technologies such as increased wireless connectivity, cloud storage, and the current 4G network
- In 2014, the Ebola virus outbreak is connected to the time when smartphones started becoming common phenomena
- In 2019, as the world geared to roll out the 5G network, the COVID-19 outbreak was announced, and world scientists and governments are working overtime to look for a cure and vaccine
Conclusion
There is evidence showing that changes in frequency are potentially linked to virus outbreaks that devastate economies and may affect millions of people on earth.
This is worsened by atmospheric attenuation. However, you can protect yourself from EMF radiation as we continue to see advancements in technology. Contact us for more information.
