Have you heard of the term nanocrystal electricity? well, this article explains what the terms mean and how it works.
A Complete Overview of Nanocrystal Electricity: What Is It & How it Works
Electricity is such a vital necessity in our current world, given that most of our daily activities depend on the flow of electrons in a circuit. A world without electricity would be a different world than we know of today.
The invention of electricity was a spark that set the embers of technology ablaze to the myriad modern advancements and among them is nanocrystal electricity. In our article today we will have an in-depth discussion of what what is nanocrystal electricity, and what id does.
What is Nanocrystal Electricity?
The term nanocrystal electricity might appear to be quite complex to some. However, it merely refers to the concept of wireless transmission of electricity. Thinking of a world where wireless electricity is used to power electronic devices may sound like a pipe dream if not some illusion.
Commonly, it is widely known that electricity requires a conductor for it to get from one point to another. However, that is about to change, thanks to the new disruptive technology.
So, What is Nanocrystal Wireless Electricity Technology in The Broader Spectrum?
Nanocrystal Electricity radiates power through nanocrystals and then goes ahead to provide a power source to the surrounding electronic appliances or devices. It doesn’t require a power socket and cables to work. Nanocrystals are crystals with measurements smaller than 100 nanometers, which are used to amplify a frequency.
Nanocrystal wireless electricity is still in its early stages, and the studies around it are yet to be exhaustive as more research is being carried out.
Nevertheless, a successful invention upon this concept is the wireless charging of smartphones.
Wireless Electricity World
Sooner than later, this technology is expected to take a massive leap as it will reshape the electronic devices. The expanse of this concept means that electronic devices and appliances can be used at any place or any time.
The future would sound something like this: you do not need to rush home or keep borrowing a charger to power your device. Also, you won’t need to incur the wiring cost in your new home. All that you will require is a single plug-in to the structure, and every other electrical appliance will draw its power from the nanocrystal electricity.
The devices will not require any cables for power supply as the power will be readily available in the air.
This will work just like how you connect your laptop or smartphone to the Wi-Fi for internet connectivity.
From A Dream to Reality
Some of us, if not everyone, at one point or another, has wished that we could wirelessly use electricity. More so, in such an age where we are fond of regularly using our smartphones and laptops. The hustle of charging these devices now and then makes one wish for a wireless solution.
Fortunately, the journey to making electricity, wireless is about to toss these hustles away with the invention of nanocrystal electricity.
To understand this concept at a greater depth, let’s briefly explore the journey as well as who invented nanocrystal electricity.
Who Invented Nanocrystal Electricity
The idea of having electricity wirelessly transmitted did not start yesterday but has seen many facets of technological evolution. The concept of wireless electricity technology dates back to the nineteenth century.
In the 1860s, James Clerk Maxwell, who was a scientist within the mathematical physics domain, formulated a theory that brought together magnetism and electricity to electromagnetism.
By this theory, James Clerk Maxwell predicted that electromagnetic waves were wireless carriers of electromagnetic energy.
Later on, John Henry Poynting, as well as Heinrich Rudolf Hertz, who were both scientists, came up with supporting theories in the 1880s.
Their theories came to validate James Clerk Maxwell’s theory. Additionally, this affirmed the evidence of radio waves. Later on, in the 1890s, Nikola Tesla came into play, with a backing of the already existing theories.
Nikola Tesla was a Serbian-American who is widely popular for his contributions to modern-day electricity. He was an electrical as well as a mechanical engineer who revolutionized the world’s technology through his experiments.
Nikola Tesla invented the alternating current (AC) electric system.
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Other Contributions of Nikola Tesla
Besides, he did bring the wired AC lighting system to not only life but also the wireless AC lighting system. In 1893, Tesla was the lead engineer contracted to electrify World’s Columbian Exposition, which was held in Chicago. He used the opportunity to demonstrate and prove that his alternating current system is safe.
To illustrate his wireless transmission, he used a high frequency, high voltage AC, and illuminated the wireless gas-discharge lamps. Individuals who had gone to the exhibition were amazed when they saw lamps that were not connected to any wire or cord lighting up. To their amazement, they held the lamps and walked around the room.
Although this might be slightly different from today’s nanocrystal electricity, Tesla proved that electrical power could be produced and transmitted wirelessly.
He shaped our modern electrical technology, and great minds have learned from him, trying to perfect wireless power transmission.
Further research has enabled the development of microwave, lasers, radio frequency identification (RFID), and the nanocrystal electricity. The nanocrystals, which we use to generate electricity, are silicon-based as well as other organic conductors. This technology is still quite young, but research has it that it can efficiently provide wireless power at a little cost.
Energous Corporation (WATT) which is a technology company and slowly growing into a nanocrystal electricity company, has been on the lead in inventing ways to bring this dream to life.
The company might not be the pioneers of nanocrystal electricity, but they have been on the forefront and have secured several patents concerning this technology.
How Does Nanocrystal Electricity Work?
You might be wondering how nanocrystal electricity works, well, it’s not rocket science entirely. As the basic principle of electricity stipulates that electrons have to flow from one point to another and complete a circuit, the same applies here. The main difference between wireless electricity and traditional electricity is the mode of transmission.
Traditionally, electricity requires a conductor to transmit the charge to the target destination from the source, which in most cases can be a generator or battery. However, this is not the case when it comes to nanocrystal electricity.
With the nanocrystal wireless electricity technology, the nanocrystals are used to generate signals at a particular frequency and voltage. The particle materials in the nanocrystals serve as the standard electrical wires and as a complete circuit that transmits radio waves. All this process happens through a phenomenon we refer to as the Piezoelectric effect.
What is The Piezoelectric Effect?
This is the ability of some specific materials to produce an electric charge when mechanical stress has been applied. With the radio waves in the air, the electronic device will pick up the waves though a particular receiver that can either be in-built or that connects externally. The radio waves from the nanocrystals will then be converted to electricity using the receiver on the electronic device.
The radio-waves happen to be the longest waves when it comes to the electromagnetic spectrum. Therefore, it is definite that the electronic devices will have access to electric power within a range of fifteen to thirty feet from the transmitter.
Wireless electricity technology is still in its infancy; hence, scientists expect that more advancements and complex concepts will pop soon. Currently, a successful step to bring nanocrystal electricity to life is the wireless charging of smartphones. We accomplish this process by first converting the mains voltage into high-frequency AC and sending it to the transmitter coil.
Radio waves are then transmitted and received on the other end. The receiver converts the waves into direct current (DC), thereby charging the device. Energous Corporation (WATT) recently partnered with Apple to facilitate wireless charging.
For you to wirelessly charge an iPhone or any other smartphone, first insert the device into a receiver cover, and then turn on the energy router. The user can then use the provided software application to select which device he/she would like to charge.
The Market Shares And The Nanocrystal Electricity Companies
The market around nanocrystal electricity is not yet fully grown. This is because the research and inventions around this technology are still at their infancy levels. Also, the FCC gave the green light not more than three years ago.
However, even though its market is still young, it has attracted several players, and many more players sit on the fence as they weigh their next move. When a small startup company, whose name was never mentioned, proposed the idea of venturing into nanocrystal electricity at Silicon Valley back in 2014, most investors laughed and thought it to be impossible.
Currently, we might not have companies that we can completely consider as nanocrystal electricity companies. However, we already have some major companies, such as Samsung and Sony, working on what is referred to as nanocrystal electricity tech. Another company that is also taking huge steps in nanocrystal wireless electricity is Energous Corporation.
Some other companies venturing into this field include LG, Toshiba, Motorola, and many more. Eventually, with the success of nanocrystal wireless electricity, it is expected that every technological and electronic-device manufacturing company will leap into this market.
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The future of Nanocrystal Electricity and its implications
The wireless electricity concepts are yet to grow, nanocrystal electricity being one of them. What all these concepts have been able to achieve is wireless charging, thus placing an indication that there is we ought to expect.
The growth, as well as the adoption of nanocrystal wireless electricity, will be a bridge to the next level technology or untapped inventions.
Additionally, it will be like a gateway that will bridge the gap between the developed and undeveloped nations. This is because power will be accessible to places that currently do not have accessibility to electric power.
Wireless electricity is the gem of the future that will provide the ability to have a universal power supply. The global supply will cancel out the need for chargers as well as power outlets. Liberation from the chains of electrical cables will give people the freedom to use their appliances as they wish anywhere and anytime.
Also, the impact will cross over to various domains beyond the household electronic devices. Let us take, for instance, the automotive industry.
Wireless electricity will hugely bring to an end the use of combustion engines since vehicles will now use electricity as their power source.
Electricity would be readily available, and that’s all that would be needed to hit the road. No more stopping for gas, no more combustion fumes, and still, cars will not run out of power.
Nanocrystal electricity will reduce costs, increase efficiency as well as reduce pollution.
A study by the NREL (National Renewable Energy Laboratory), also shows that this technology can be ideal in solar cells. It shows that it can be used to create super-efficient silicon solar cell which can produce more than one electron per photon of sunlight.
Does This Technology Have Some Drawbacks?
In spite of all the goodies that nanocrystal electricity brings to the basket, it does not mean it’s all rosy. The concept is still in its very early phase, which means more research and development are required for it to turn into mainstream. The process will need more workforce in terms of research and experiments as well as resources.
Additionally, wireless electricity will call in for a huge change, more so with the current machines and devices. In most cases, change has never been gladly welcomed, but again, change is inevitable.
Electronic device manufacturers will have to tweak how they manufacture their products so that they can have a transmitter or receiver where applicable. That way, nanocrystal wireless electricity will be on its path to a universal power supply.
Conclusion On Nanocrystal Electricity
The universal actualization of nanocrystal electricity will significantly change how we view our current world. We will be a wire-free world with readily available power supply as everything will be charged through the air.
Even though it might sound unreal, this future is a reality that is just about to hit home. The scientists and researchers have been able to come up with functional prototypes. So let us get ready to leap into a world with cheap, clean, efficient, and most crucially, wireless electricity.
How much knowledge do you have on nanocrystal electricity? Share your comments on insights in our comments area.
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