David J. Kent is an avid science traveler, scientist, and Abraham Lincoln historian. He is the author of books on Nikola Tesla, Thomas Edison, and Abraham Lincoln. His website is www.davidjkent-writer.com.

Edison vs. Tesla: Two Very Different Men of Invention

Thomas Edison is a world-famous inventor taught in every history book. Nikola Tesla is a worldly inventor largely forgotten from text books. Each contributed to the modern age of invention in ways that impact us still today. I’ve now written books on both and I can see how they were very different men in so many ways, and yet in other ways they were amazingly similar.

Thomas Edison's Menlo Park Lab

Differences

The Loner vs. the Invention Factory: Tesla was very much a loner. He liked to work alone, assisted only by a few trusted helpers to flip switches, build apparatuses, and keep records. Edison was into collaboration. While very much a control freak and dictatorial at times, he liked employing talented artisans and inventors to whom he would assign problems and let them work them out.

Private Financing vs. Corporate Financing: Tesla financed his work largely by soliciting money from rich investors like J.P. Morgan and others. If his investor didn’t feel they were getting a fast enough return on investment, his money would dry up. Edison had private investors as well (J.P. Morgan had a hand in every inventor’s lab) but he focused on getting corporate financing, often acting as an external invention arm of big companies like Western Union.

Disruptive Technology vs. Incremental Technology: Tesla wanted to change technology dramatically. His work on alternating energy revolutionized electrical distribution. He was the first to go wireless with electricity and the first into robotics. Edison was more incremental. His initial inventions were improvements on well-worn telegraphy, which led to telephony, which led to phonographs, which led to motion pictures. His technology grew on previous technology whereas Tesla’s made big jumps.

GQ vs. Farmer’s Almanac: Having learned from his time in Paris, Tesla dressed impeccably, often in beautifully tailored suits, vests, and even spats to protect his high fashion shoes. Edison would often wear the same suit for days, and it looked it. He would curl up on a laboratory bench for quick cat naps late at night, fully clothed and ready to spring back to work as soon as he awoke.

Formal Education vs. Autodidact: Tesla was sent to formal training at the best engineering schools in Graz, Austria and Prague, Czech Republic. He never got his degrees, but he learned from the most impressive teachers. Edison barely had any formal schooling. He was home-schooled by his mother at an early age and largely taught himself chemistry, electricity, and everything else.

Invention vs. Commercialization: In keeping with his loner persona, Tesla generally preferred to patent his inventions and then sell the rights to others who were better at marketing them. Without George Westinghouse, Tesla would likely not have successfully won the war of the currents. Edison was generally quick to find a commercial avenue for his inventions. He felt it important to have money coming in from previous work that would help fund ongoing work.

Colorado Springs

Similarities

Workaholics: Both Tesla and Edison were workaholics. They would each work 18+ hours a day, and both preferred to work through the night.

Social and Reclusive: Both were social sensations, although reluctantly. During his most active period, Tesla was often invited to high society parties. He hung out with the social set that included stars like Sarah Bernhardt, environmentalists like John Muir, and writers like Mark Twain (a close friend). Edison was buddies with other wealthy industrialists like Henry Ford (cars) and Harvey Firestone (tires), as well as J.P. Morgan and naturalist Robert Burroughs. Both Tesla and Edison could only handle social life in small doses, escaping back into their laboratories when tired out by recreation.

Fluid Assets: Both Tesla and Edison were free-spenders. Tesla went through the $150,000 received from J.P. Morgan (a fortune in those days) like ice on hot day. He was often begging financiers for money to do experiments. Edison also burned through money quickly, though he usually had a steady stream of it coming in. Still, it was finances more than anything that led to Edison General Electric dropping the Edison, both from the name and from participation in the company.

Thomas Edison and Nikola Tesla were very different, and yet in ways very much the same. Their differences, however, were critical to Google’s founder Larry Page, who said he was inspired by the world-changing vision of Tesla, but appreciated Edison’s ability to commercialize his inventions. Both men contributed greatly to modern America. We can learn from each of them.

David J. Kent is the author of Tesla: The Wizard of Electricity and Edison: The Inventor of the Modern World (both Fall River Press). He has also written two e-books: Nikola Tesla: Renewable Energy Ahead of Its Time and Abraham Lincoln and Nikola Tesla: Connected by Fate. His newest book is Lincoln: The Man Who Saved America.

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Seeing SETAC in Salt Lake City

I’ve been a member of the Society of Environmental Toxicology and Chemistry (SETAC) for nearly 30 years. Most of those years I’ve attended the annual meeting held in various cities of North America. This past week we were in Salt Lake City, Utah.

Mormon Church, Salt Lake City

Salt Lake City is the center of the Mormon Church, aka, the Church of Latter Day Saints. The temple was a block or so away from the convention center filled with over SETAC members. This year the organizers put up a poster showing all the previous SETAC meeting locations and asked conference participants to put sticky stars on the year they first attended.

SETAC, Salt Lake City

The photo above was taken on Tuesday so doesn’t show all of the stars that were later added (the conference ended Thursday evening), but it does suffice to point out a couple of interesting conclusions.

The first SETAC conference was in 1980 and yet there are still many of the original members still attending the meeting each year. In conversations I had with several people, however, it was clear that we are losing some of our older members and that we need to capture their memories. This was a topic of discussion in our Senior Resource Group meeting, which consists of many of the folks that have been coming to meetings for a very long time. As this year progresses we’ll address this need further.

Also evident is the huge number of first time attendees here in Salt Lake City, and that is a very good thing. It means that we are attracting new members (in particular, new master’s and PhD students). Many of the events at SETAC are geared toward student growth, including assigned mentors, career guidance, and travel awards to help pay for costs of attendance.

SETAC, Salt Lake City, Award

I received my own award at the opening ceremony. Actually, I received two. The first I knew about: Outstanding Regional Chapter Member Award, which reflects all the work I’ve done for the Chesapeake-Potomac Regional Chapter. SETAC presents about 10 awards each year in an organization with about 7000 members worldwide. The fact that they kept flashing the award winners on flat screens around the convention hall was both a sense of pride and a bit unnerving. I also received a second award, a Presidential Citation for Exemplary Service, which SETAC-North America’s President presented on Monday as I chaired a committee meeting.

As with all such conferences, there were plenty of scientific sessions to attend, including those on emerging issues like microplastics and climate change impacts on environmental toxicology. I ran into many old friends, and even a former employee of mine. He was a technician in the aquatic toxicology I ran long ago; now he’s a university professor with his own entourage of students.

One other chance meeting may also prove fruitful. While traveling the hallways between sessions I ran into a science writer I had met a few years earlier. We caught up as best we could in the few minutes we had, but hit on the idea of a possible book collaboration focused on communicating science to the public. We’ll be following up on that idea shortly.

Until then, it’s back home to recalibrate, rejuvenate, and reconsider a previously anticipated December trip. To paraphrase New England Patriot’s Head Coach Bill Belichick, its “On to the Next Science Traveling!”

David J. Kent has been a scientist for thirty-five years, is an avid science traveler, and an independent Abraham Lincoln historian. He is the author of Tesla: The Wizard of Electricity (now in its 5th printing) and two e-books: Nikola Tesla: Renewable Energy Ahead of Its Time and Abraham Lincoln and Nikola Tesla: Connected by Fate. His book on Thomas Edison is due in Barnes and Noble stores in spring 2016.

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Science Traveling – Traveling Science

Continuing on my science traveling tour. After Paris I was in London for a week.

Arrived home one night and next morning flew to Salt Lake City where the view from the plane was gorgeous.

First night here and my name and picture were blazoned on two huge screens as I picked up an award. [Actually, it turns out I won a second recognition I hadn’t known about before.]

A few days here, then back home to recover and catch up.

Limping in London (from Hot White Snow)

London from the EyeActually, limping would be an improvement right now, as I’m essentially stuck in my hotel room unable to walk without pain. Welcome to London.

It’s not my first travel injury. I once cracked some ribs in Paris and toured the next two days on painkillers and short breaths. I passed out from heat exhaustion and dehydration at Chichen Itza pyramid in Mexico, which got me a free ambulance ride and mini-hospital care. I shredded the bottom of my foot on coral in the Greek Islands. On a previous trip to London I walked into a plate glass door at a restaurant, smashing (but luckily not breaking) my nose. While I sat inside downing sugar packets with my head between my knees trying to maintain consciousness, the restaurant filled our dinner order at no charge (perhaps fearing a law suit).

The foot problem I’m having right now is likely related to the inflamed toe I had a few years ago on Tenerife in the Canary Islands. Probably should get that checked. For now, it’s a regime of ice pack and rest.

Notwithstanding this desvio (detour) from my planned itinerary, the week shouldn’t be a total loss. I’ve come to London a few times before an thus seen many of the sites; I’ll likely return to pick up on the ones I thought I missed. The down time gives me a chance to catch up on some reading and, more importantly, some writing. And that is always a good thing.

[The above is a cross-post from Hot White Snow]

David J. Kent is the author of Tesla: The Wizard of Electricity (2013) and Edison: The Inventor of the Modern World (2016) (both Fall River Press). He has also written two e-books: Nikola Tesla: Renewable Energy Ahead of Its Time and Abraham Lincoln and Nikola Tesla: Connected by Fate. His next book is on Abraham Lincoln, due out in 2017.

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A Closer Look at the Eiffel Tower

While I enjoyed an all-too-short stay in Paris this past weekend, this was the view from the street outside my hotel.

So I decided to get a closer look…

A nearly full moon was being cooperative…to a point.

The next night the same moon was posing with the Big Ben (and the clock tower that everyone assumes is Big Ben). I’ll have that photo and much more after I sort through photos.

If This is Friday, It Must be Paris

I’m out science traveling two of my most frequently visited cities. Next stop:

Eiffel Tower, Paris

Hopefully this visit will be drier and sunnier than when this photo was taken. I’ll have more from the road as internet connections allow.

David J. Kent has been a scientist for thirty-five years, is an avid science traveler, and an independent Abraham Lincoln historian. He is the author of Tesla: The Wizard of Electricity (now in its 5th printing) and two e-books: Nikola Tesla: Renewable Energy Ahead of Its Time and Abraham Lincoln and Nikola Tesla: Connected by Fate. His book on Thomas Edison is due in Barnes and Noble stores in spring 2016.

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Thomas Edison Died…and Lives

Thomas Edison

Thomas Edison died on October 18, 1931. The Daily News covered his death, and the current New York Daily News reprinted that article this past weekend. Edison had lived a long and fruitful life, and most Americans (and other nations) remember his contributions. He became so famous that he’s even remembered for contributions he didn’t actually make.

The scene opening the News article is also covered in my new book, Edison: The Inventor of the Modern World, now in post-writing production with the publisher and due out in 2016. The signal was called “sixing” because each operator was required to send the Morse code for the number six each hour. Here’s a teeny snippet from my book on the topic:

“He constructed a small wheel with notches on the rim, and attached it to a clock in such a manner that the night-watchman could start it when the line was quiet, and each hour the wheel revolved and sent in the dots required for “sixing.”

Edison quit his job at Western Union to start his own invention business when he was only 22 years old. His first successes were improvements to telegraph systems.

Telegraph

Last night I also talked about telegraphs. Abraham Lincoln was the first president to use the telegraph for war purposes, and he employed it mightily. The “instant” communication was one of the technology reasons the North was able to win the Civil War. My presentation also looked at other aspects of science and technology that fascinated Lincoln.

There’s another connection – Lincoln’s main science adviser was Joseph Henry, Secretary of the newly built Smithsonian Institution. An eminent scientist, Henry had devised the electromagnetic relay that made the telegraph possible. Edison had been a telegraph operator during the Civil War (though safely ensconced in northern Michigan far away from the action). Henry also discovered the electromagnetic principle of self-inductance that was the basis for much later work on electricity by both Thomas Edison and Nikola Tesla.

Thomas Edison died 84 years ago (the age he was at his death), but his influence lives on today.

David J. Kent has been a scientist for thirty-five years, is an avid science traveler, and an independent Abraham Lincoln historian. He is the author of Tesla: The Wizard of Electricity (now in its 5th printing) and two e-books: Nikola Tesla: Renewable Energy Ahead of Its Time and Abraham Lincoln and Nikola Tesla: Connected by Fate. His book on Thomas Edison is due in Barnes and Noble stores in spring 2016.

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Calculating Niagara Falls

Nikola Tesla designed a way to harness the power of nature at Niagara Falls. But in my e-book Abraham Lincoln and Nikola Tesla: Connected by Fate, I note that Abraham Lincoln had a scientific connection to Niagara Falls almost fifty years before Tesla. In 1848 Lincoln was taking a circuitous route home from a successful campaign tour of New England (where he stumped for Zachary Taylor). His tour took him to Niagara Falls. Like everyone else who sees the Falls for the first time, Lincoln was duly impressed. Unlike most people, however, his naturally analytical mind seemed more impressed with the geology, math, and hydrodynamics of the falls rather than its beauty.

Niagara Falls

I’ve taken an even closer look at Lincoln’s calculations of the power of Niagara in an article just published in The Lincolnian. The article is titled “Abraham Lincoln – The Majesty and the Math of Niagara Falls” and is in the Third Quarter 2015 issue. [Members of the Lincoln Group of the District of Columbia get The Lincolnian as part of their membership.]

Here’s a snippet. After Lincoln’s law partner William Herndon sees Niagara Falls on a trip several years after Lincoln’s visit, he comes back to describe the awe-inspiring magnificence of the Falls and…

Nearly exhausted with this description, Herndon then asked Lincoln of his opinion of Niagara Falls. “What made the deepest impression on you when you stood in the presence of the great natural wonder?” he queried Lincoln, expecting something equally imagery-indulgent.

“The thing that struck me most forcibly when I saw the Falls,” Lincoln said, “was, where in the world did all that water come from?”

Dumbfounded, the humorless Herndon could not believe his ears. The beauty! The splendor! Had the man not opened his eyes to the sight before him? Had he not opened his ears to the thundering roar of the water splashing into the mist below?

Herndon’s explanation of Lincoln’s answer was that “it in a very characteristic way illustrates how he looked at everything.”

And he was right. Lincoln had an analytical and inquisitive mind. His interest in science and technology is the topic of my forthcoming book and the presentation I will give at the Lincoln Group of DC lecture event on October 20, 2015. If you’re in the area, sign up now.

David J. Kent is the author of Lincoln: The Man Who Saved America, in Barnes and Noble stores now. His previous books include Tesla: The Wizard of Electricity (2013) and Edison: The Inventor of the Modern World (2016) and two e-books: Nikola Tesla: Renewable Energy Ahead of Its Time and Abraham Lincoln and Nikola Tesla: Connected by Fate.

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[Daily Post]

 

Abraham Lincoln and the March of Technology

LincolnTuesday, October 20, 2015 will be a first for me. After giving well over a hundred presentations on science topics I give my first official presentation on Abraham Lincoln. I hope many more will follow.

My topic is “Abraham Lincoln and the March of Technology,” and the occasion is the Lincoln Group of the District of Columbia’s monthly dinner lecture. The meeting is being held at Alfio’s Restaurant in Washington, D.C. Register to attend the dinner and lecture – or just the lecture – on the Lincoln Group website.

Many people know that Abraham Lincoln is the only President to ever have received a patent. His invention was for a device for “buoying vessels over shoals,” and received patent number 6,469. He received it as he was completing his single term as a U.S. Congressman.

Lincoln's patent

His invention never saw any practical use, but it reflects a long-standing interest Lincoln had in technology. Early on Lincoln understood the importance of education and advancement. In his very first run for political office he touted what was then the Whig party line of internal improvements – a system of subsidized canals, roads, navigable rivers, and railroads. He was fascinated by the technology growing up around him. A colleague on the law circuit said that Lincoln had “a mechanical mind.”

Over the years he continued to learn about science and technology and advocated its expansion in daily life. He became the “go-to” guy for patent and technology cases in his law career, he nearly mastered the six books of Euclid geometry in his spare time, and was instrumental in the westward expansion of the railroads. During the Civil War he was the first to use the telegraph for strategic purposes, that generations “instant communication.” As President he institutionalized science and technology in ways that still have significant ramifications today.

My presentation will touch on these topics and more, and are the basis for my forthcoming book on Lincoln and Technology. A preview of some of this can be seen in my e-book: Abraham Lincoln and Nikola Tesla: Connected by Fate.

If you’re in the Washington, D.C. area on October 20th please consider coming out to meet me and hear about Abraham Lincoln.

David J. Kent has been a scientist for thirty-five years, is an avid science traveler, and an independent Abraham Lincoln historian. He is the author of Tesla: The Wizard of Electricity (now in its 5th printing) and two e-books: Nikola Tesla: Renewable Energy Ahead of Its Time and Abraham Lincoln and Nikola Tesla: Connected by Fate. His book on Thomas Edison is due in Barnes and Noble stores in spring 2016.

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Science Traveling the Great Capitals of the World

I’ve been lucky enough in recent years to travel to three dozen countries on four continents. Over the next several weeks I’ll be science traveling in a handful of the great capitals of the world.

I got started on this trek a week or so ago in New York City. Technically it isn’t a capital, but if you asked any non-American (and perhaps most Americans) to name our greatest city they most likely would name New York. On this occasion I spent some touristy time at the Statue of Liberty, Empire State Building, the 9/11 Memorial, and the aircraft carrier Intrepid (which also has the Space Shuttle Enterprise).

Statue of Liberty

But NYC is the beginning of my fall travels. Next up is a weekend in Paris, the capital of France:

The artist in Paris

Followed by a week in London, the capital of the UK:

London from the Eye

To be followed immediately by Salt Lake City (the capital of Utah) for the SETAC meeting, where I’ll pick up an award. And then on to Gettysburg to attend a conference and commemorate Abraham Lincoln’s famous address.

Gettysburg Tweet

Which reminds me that I skipped an event. On October 20th I’ll be the featured speaker for the Lincoln Group of DC. My topic is “Lincoln and Technology,” which allows me to blend my two favorite topics. Sign up now on the Lincoln Group web page.

I’ll have more from the road as connections allow, and many stories after my return(s).

David J. Kent has been a scientist for thirty-five years, is an avid science traveler, and an independent Abraham Lincoln historian. He is the author of Tesla: The Wizard of Electricity (now in its 5th printing) and two e-books: Nikola Tesla: Renewable Energy Ahead of Its Time and Abraham Lincoln and Nikola Tesla: Connected by Fate. His book on Thomas Edison is due in Barnes and Noble stores in spring 2016.

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