As the rest of the world is observing Discovery Channel®’s legendary Shark Week 2014, we at Mr. Electric® took it upon ourselves to set aside this time to celebrate what we have endearingly termed Spark Week. While the fascinating facts and featured film clips of the mystifying creatures are fun and interesting to watch, we believe the electric spark is just as deserving of our appreciation for a week as sharks are – especially taking into consideration that electricity wouldn’t exist without it.

As far back as 600 BC, a Greek philosopher by the name of Thales of Miletus discovered that when amber is rubbed with a cloth, it can be electrified and attract other objects and produce sparks. German mathematician and philosopher Gottfried Leibniz made the association of sparks with electrical phenomena in 1671. There were some more experiments performed in 1708 by Samuel Wall with amber rubbed with cloth to produce sparks. And finally, the story we are all familiar with, in 1972 Thomas-Francois Dalibard and Benjamin Franklin each independently demonstrated that lighting and electricity were the same thing. Ben even extracted sparks from a cloud during a thunderstorm with his famous kite experiment.

The discovery of the electric spark encouraged electrical research. Once scientists began to understand how electric sparks occurred in nature, the question became how that power could be harnessed and controlled. This was the beginning of electricity.

Spark plugs begin the combustion in your car’s engine, allowing you to start your car every morning. The discovery of the electric spark led to the development of spark-gap transmitters. While these transmitters are no longer used in radio communication today, they played a large part in the beginning of wireless communication. Without sparks, you would have a much harder time driving, listening to music, and even seeing in the dark. The discovery of sparks is one of the most important scientific advances in history, so don’t forget to celebrate Spark Week!

Sometimes the smallest residential electrical issue can be a  big headache. When outlets trip, for example, there are generally several electrical devices or appliances being used in one electrical zone. Then POP! No more power.

GFCIs May Be to Blame

Ground fault circuit interrupters (GFCIs) are outlets that trip themselves when they detect certain problems. They are designed to prevent electrical shock and other potential dangerous accidents, which is why they are required in bathrooms, kitchens, garages, outdoor areas, and unfinished areas .

Many homes have GFCIs in the required areas but not all over the house. So it’s common that electrical circuits will start at the GFCI and flow “downstream” to other outlets that are required to be GFCI’s. While this provides a level of protection for the entire circuit, a GFCI trip in the bathroom, for example, may take down an outlet in  another bathroom.  You would need  to identify the GFCI outlet where the trip happened and reset it. .  This can be a frustrating and time consuming process.

Faulty Outlet Solutions

By Clarissa Allison | April 29th, 2016

If you want to update your home to create an appeal of freshness and light, there’s no better color to use in your decorating scheme than white. Whether pure white, off white or cream – despite what you may initially think, white can add drama to your home. Read on for tips and product suggestions that will transform your abode into your own personal white palace.

The key with using white in your space is to soften your chosen items by making sure that everything isn’t overly match-y and austere. Choose distressed finishes for your furniture and items that exhibit a bit of texture and softness. In this way you will avoid severity and “coldness” while adding familiarity and comfort to your space. George Nelson  at the end of the Second World War.

reflective glare. The sculptural qualities of this lamp are truly amazing.

The future of electricity production in the United States is very much in flux. When President Obama introduced his Clean Power Plan, it was an indication that the days of fossil fuel dominance could be on the wane. If coal, oil and natural gas are on their way out as the nation's primary energy sources, however, what will fill the void?

The Game-Changing Energy Option

Renewable resource technologies like wind and solar are an option, or perhaps a resurgence of nuclear fission energy could fill the space left by fossil fuels. There is another dark horse in the market, though – a technology that has long teased cheap, clean fuel but to this day has not yet delivered: nuclear fusion. Although fusion has so far failed to live up to its rosy promises, some analysts believe it could reach the U.S. market in a decade and change the way we power our electrical work forever.

Big names like Lockheed Martin, Amazon, Microsoft and others are all working on or sponsoring various fusion projects that at least have a chance to go commercial. The potential payoff is simply too big to ignore. A functional fusion generator could create power without burning fossil fuels or creating harmful emissions or waste, with no danger of meltdown and at a far greater efficiency than wind or solar. We could power the entire country's electrical work in a green, inexpensive manner.

How Fusion Works

In a way, fusion is already the most common source of energy on Earth – it's how the sun produces the heat and light that help sustain life on our planet. Fusion in the sun occurs when the nuclei of hydrogen atoms bond together to make helium. Humans have been trying for decades to create a similar power source here on Earth, on a much smaller scale, but so far without success. As one popular saying tells us, fusion power is thirty years in the future, and always will be.

However, researchers and entrepreneurs aren't willing to throw in the towel. Scientists are trying to create fusion using other fuels, like deuterium oxide, of which a single gram can create enough energy to power a home's electrical work for a year. The problem is, to create fusion on Earth, we need to create extremely high temperatures (think 100 million degrees Celsius) and don't currently have a way to do it without consuming far more energy than we create.

New Technology Leading the Way

The firms working on fusion today are breaking out new technologies, pumping gas into vacuum chambers to create plasma and bombarding it with microwaves to raise the temperature. Whether anyone can make the process viable in a cost-effective and large-scale way is yet to be seen.

Fusion could be just around the corner, or it could still be a long ways off. In the meantime, if you want to learn about cheaper or more efficient ways to power your home electrical work today, call an expert electrician who can lay out the options available in your area.