Electromagnetic waves are some of the most widespread types of radiation today, with researchers having developed myriad uses for each particular category. Electromagnetic radiations (ER) are a select group of waves (their photons or quanta) derived from electromagnetic fields, often radiating or traveling through space and carrying ER energy ( Kerker & Loebl, 2016). Over the years, scientists have developed different uses of electromagnetic radiation energy, including gamma rays, infrared light, X-Rays, microwaves, radio waves, and ultraviolet rays. Such waves are customarily produced by electrically-charged particles when they accelerate. Physicians argue that all electromagnetic waves carry momentum, energy, as well as angular momentum as they migrate away from the primary source. In this paper, I intend to discuss some of the electromagnetic waves that complete my daily schedule and how my routine differs without these waves.
Electromagnetic Waves that complete my routine
Different types of electromagnetic waves make my life complete. The first and most critical, which is abundant and naturally occurring, is the ultra-violet radiation from the sun. This type of electromagnetic radiation routinely supplies my body with vitamin D. It is essential to understand that balancing skin exposure to UV radiation is always very fundamental because too much contact can increase the risk of developing skin cancer. The visible light wave is also an essential component of EM radiation that allows the human eye to function ( Kerker & Loebl, 2016).
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Another most paramount electromagnetic radiation that completes my everyday lifestyle is radio waves. With advancement in technology, radio waves have formed a vital component of communication, including cell phones, television, and radios. These receivers are designed to convert the EM radiation transmitted in streams from the source at different frequencies and wavelengths to mechanical vibrations, which produce the sound and pictures seen in radios and televisions. I cannot deny the fact that I am a millennial and solely addicted to watching television series like Keeping up with the Kardashians, Arrow, and many others.
Infrared radiation (sometimes called thermal or heat radiation) is another vital electromagnetic radiation that completes my lifecycle. I often interact with this category of EM when using my remote control to search for my favorite channels, football stations, and many others. I also apply infrared technology to grill bacon as well as prepare my regular meat barbecue.
Besides just radio waves and UV radiation, I also always rely on microwaves to warm my rice or favorite Pizza. Microwaves also fundamentally allow me to use my ideal network WiFi (a wireless network) as well as mobile phone networks. Microwaves have a low frequency and wavelength, which makes them perfect for satellite transmissions and communication ( Kiang, 2013). I am a social media addict and continuously use my cell phone and computer to connect with friends and sometimes catch up with the current trends in the fashion world. Microwaves undoubtedly assist me in securing my favorite Jordan sneakers through the internet. I am also a fanatic of online shopping through Amazon, one of the trendiest business-to-business platforms.
How my routine differs without these waves
Lack of these now so-called ‘basic’ technologies significantly impacts my everyday operations. For example, without the sun that supplies my daily UV radiation, I am forced to consistently eat a balanced diet comprising mainly of fruits and vegetables to obtain vitamin D. Also, without the visible light, it is difficult to work and distinguish color. Natural light from the sun is always substituted with electric bulbs or gas lamps. Similarly, the lack of radio waves forces me to read newspapers because I cannot watch the news, listen to the radio, or communicate with my friends using my cell phone. I am sometimes forced to take the traditional way of physically searching for them, which is very challenging. Also, without my preferred microwave warmer, I am always in search of alternative means of warming my food, including using gas or electric cookers, which is very expensive. The absence of infrared radiation also means that I cannot access my wireless network, a seemingly difficult situation for me, especially in this tech-based world.
References
Kerker, M., & Loebl, E. M. (2016). The scattering of light and other electromagnetic radiation. New York, NY: Academic Press.
Kiang, J. (2013). Novel technologies for microwave and millimeter: Wave applications. Springer Science & Business Media.
