One of the biggest scientific achievements attained by human beings on planet earth is without a doubt the science of Quantum mechanics, but for most individuals, it appears as if it is too convoluted, obscure, complicated, and complex to care about. To physicists and pop-science writers, this particular aspect of the science serves to achieve the exact polar opposite of what they originally intended to achieve in their endeavors: when we speak about quantity physics, we commonly stress the odd and counterintuitive phenomenon: Schrödinger’s cat in a philosophically head-scratching conundrum of “alive” or “dead,” These matters are fascinating since they are mysterious, but it may be difficult to derive some relation or relevance to any modern studies by focusing on that specific aspect of the science in a laboratory setting. In particular, many insightful answers to curiosities about quantum physics and the universe can be found in a book by Greg Van Arsdale. The Dual Energy Concept by Van Arsdale explores relativity, quantum mechanics, and much more.
Stacking silicone layers incorporated with various elements enables us to produce nanometric transistors. Thousands and thousands of these tiny components are crammed into one piece of hardware, allowing computer chips to operate all the electronic machinery that is so important to modern, contemporary human existence – microprocessors that literally cannot be created without our current knowledge of quantum mechanics drive monitors, units, pads, notebooks, laptops, phones, and even everyday electrical appliances and children’s playthings.
Interestingly enough, quantum physics is really everywhere around us in the physical world that we live in. The entire cosmos, in every sense of the reality that we perceive it as, is subject to fundamental laws and standards of nature – and although the conventional mechanics that result in applying quantum physics to a significant amount of matter appear highly various, there is also a wide array of a mundane and normal aspect of normal human life that are influenced by their presence.
Some of these everyday appliances are, more often than not, no more quantum than your average, everyday toaster oven. The incandescent lamps from back in the day used to function by heating a little bit of wire to the point that it reaches a temperature hot enough to produce a bright white aura. Another astoundingly groundbreaking process in quantum mechanics can be observed in industry-standard bendable or long tube fluorescent lights and lamps, which are used by people all over the world for various occasions and events.
Here is the fundamental main concept underlying incandescent lamps: inside a fluorescent lamp (either an extended tube or a CFL) there is indeed a tiny amount of vaporized mercury that is ignited into a plasma. It occurs that Mercury absorbs light at wavelengths that generally happens to be within the range by human eyes may perceive the light that appears white. If one were to carefully and intently observe a fluorescent lamp from an inexpensive diffraction filter (much like the ones that can be usually found on novelty glasses), a pair of distinctive colored pictures of the lamp may be visible, in which the light bulb creates a constant spectrum of flowing perceivable colors. So, every time we use fluorescent lamps to illuminate our humble abode, event venue, or office, we’ve got a wide array of aspects in quantum physics to be thankful for that allow us to enjoy this luxury.
Another technology that is fundamentally focused on quantum mechanics has become one of the most influential and progressive hallmarks of technology-integrated Internet use, which has enabled mobile phones to coordinate directions to entirely unrelated locations. The Global Positioning System, a satellite network that globally transmits data regarding time, location, and date, facilitates smartphone navigation. The GPS detector on your device receives signals from several satellites to calculate the distance from each shuttle by using various arrival times. Then the device within the recipient utilizes some mathematical calculation to accurately determine a single, exact location on the earth’s surface that is able to guide you to it.
In general, many of the technologies that augment our current reality in today’s society can be attributed to the breakthroughs (and even small aspects) of quantum physics and quantum mechanics, which oftentimes manage to elude the understanding of many yet puzzle them with their mysterious and beneficial applications in technology and science.
The Damsel’s Files 