Wizard: The Life and Times of Nikola Tesla (26 page)

On the last day of the year, Stanford dropped off a note. He wanted Tesla to hire a promising lad, the son of his friend Charley Barney, a banker with ties to Whitney and Vanderbilt. “My dear Mr. White,” Tesla wrote back, “I heartily agree that the young fellow who has two awfully pretty sisters, ought to be helped by all means. Unfortunately,” Tesla continued, he still had the responsibility of “carrying three superfluous [work]men” who were not really working because of the delay caused by the fire.
²²

As the relationship with the Johnsons became more intimate, there may have been rivalries between them over which one had the greater access to “Him.” Tesla wrote after the new year: “My dear Luka, I am glad to know you shall love me, but I am much disappointed to learn that the boil has bothered you so much. I doubt, however, that you are a hero, because heroes do not go to bed on account of a boil.”
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Although Katharine had seen Tesla twice in December, it only served to ignite her passion even more. Torn between loving a professorial and delightful gentleman, who could count among his friends Mark Twain, John Muir, Rudyard Kipling, and Teddy Roosevelt, even if he did suffer from boils, and an exotic internationally known virtuoso whose singular talents promised to transform an entire world, Katharine wanted “to feel herself
en rapport
’” with the wizard so that she could discuss their psychic link:

February 12, 1896

Dear Mr. Tesla,

I have had such a wonderful experience the past three years. So much of it is already [gone?] that I sometimes fear it will all pass away with me and you of all persons ought to know something of it for you could not fail to have a scientific interest in it. I call it thought transference for want of a better word. Perhaps it is not at all that. I have often wished and meant to speak to you of this, but when I am with you I never say the things I had intended to say. I seem to be only capable of one thing. Do come tomorrow.

Sincerely yours,
Katharine Johnson

Stanford may have been able to leave his wife on Long Island while he courted young starlets at his bachelor pad at Gramercy Park or his private loft atop the Garden Tower, but “dear Mr. Tesla” was cut from different cloth. He would often dine with women and tantalize with his eyes, but that would have to be the extent of a relationship.

Apparently Tesla undertook a self-imposed vow of chastity, having been influenced in part by Swami Vivekananda, who preached chastity as the path to self-transformation and enlightenment.

Tesla met the Swami on February 13, 1896, at a dinner with Sarah Bernhardt after one of her performances in the play
Iziel.
As with the rest of the world, Tesla had first heard of the Swami during the summer of 1893 when the “Hindoo” gained overnight prominence after speaking at the Congress of World Religions, which had been held at the Chicago World’s Fair. As Tesla had been in Chicago within a month of the talk, it is conceivable that he met or saw the Swami speak at that time.

Vivekananda told “the great electrician” about “Vendantic Prâna [life force] and Akâsa [ether], which according to [Tesla], are the only theories modern science can entertain.”

Having studied Madam Blavatsky’s theosophical teachings, Tesla was already versed in the idea of Akâsa and the Akâshic Records, which are, in essence, the records of all historical events existing in some vibratory state in this ether.

“The Brahmâ, or Universal Mind,” the Swami continued, “produces Akâsa and Prâna.”

Tesla agreed with the essential premise of this Buddhist view, replying that the theory could be “proved mathematically by demonstrating that force and matter are reducible to potential energy,” and then the inventor invited Swami Vivekananda, some of his devotees, and Sarah
Bernhardt to his laboratory for the following week to demonstrate through experiments this principle.

After Tesla showed the swami some of his “creations,” the swami advised that pure creation, in the sense that “something” was born from “nothing” was not possible. To Swami Vivekananda, creation was a process of combining existing elements into a new synthesis. This idea of the eternal nature of existence with no beginning and no ending was appealing to Tesla, and he later referred to this and related concepts in some of his writings. Today, this theory in cosmology refers to the steady-state theory of eternal creation, which would oppose the more generally accepted big-bang theory, which hypothesizes a particular date for the beginning of time. The reason that the big-bang theory is the more generally accepted one is because the universe is expanding. Working backward, it appears logical that all matter in the universe was together at one time in one location. Current estimates place the big bang at about 15 billion years ago.
²⁴

How Astor could be taken in by Keely, was a mystery to Tesla, for the financier declined at this time to partake in the venture. He had taken a month to consider the proposal:

January 18, 1896

Dear Mr. Tesla,

Your letter offering me some of your oscillator stock received…95 seems rather a high price; for though the inventions covered by the stock will doubtless bring about great changes, they may not pay for some time as yet, and, of course, there are always a good many risks.

Wishing the oscillator as much success as I could if financially interested, and hoping soon to be able to use one myself,

[I remain] Yours sincerely,
John Jacob Astor
²⁵

Although a rejection, the letter was not a complete denial. It was going to take one or two more go-arounds to land this big fish.

The oscillators, for Tesla, of course, were never ends in and of themselves. Tesla’s goal was to send energy into the earth and use
it
as a conduit to transmit messages and power. Details of the plan, however, were such a tightly held secret that even his workers were not completely confided in. Somewhat surreptitiously, Tesla took a train to Colorado Springs in late February 1896 to look over a prospective site for a new laboratory and also to conduct the kinds of wireless experiments he had wanted to undertake before his laboratory burned to the ground. Tesla instructed a colleague, perhaps a local engineering professor, to transmit a
musical song on an autoharp through Pikes Peak to his receiving equipment, which included another autoharp, attuned to the first, four miles away, on the other side of the mountain.

The experiment was a success; the song “Ben Bolt,” played on one side of the mountain, was picked up by means of a resonant earth frequency on the other. Tesla, however, completely confounded the details of the instrumentation involved. By implying to the press that the energy utilized derived from the earth and not from one of his oscillators, Tesla also succeeded in generating hyperbolic headlines as well.

Based on this false premise, page 1 of the March 8, 1896, Sunday magazine section of the
World
announced not only Tesla’s historic wireless achievement but also the supposed experimental verification that the earth was imbued with “free energy” of essentially unlimited amounts. By tapping this reservoir, the future was clear: “Electricity would be as free as air…The end has come to telegraph, telephone companies…and other monopolies…with a crash.”

The rising claims of the inventors revives an incident in connection with the discovery of the Roentgen ray…Oliver Lodge [announced] apparatus by which he saw through a man. A few days later Mr. Edison [proclaimed] that he had apparatus with which he had seen through two men. Within a week, Mr. Tesla produced rays of such penetrating power that they went clear through three men. When this was shown to Mr. Edison, the great man, who hasn’t a spark of jealousy in his nature, smiled and said, “Well, let’s stop it at three. What do you say? I think three men will do as well and prove as much as a regiment.”

N
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¹

A
few days before the New Year, the scientific world was shaken by the remarkable discovery by Wilhelm Roentgen of a queer, unknown energy that he called X rays, which emanated from his Lenard and Crookes tubes. Michael Pupin wrote, “No other discovery within my lifetime had ever aroused the interest of the world as did the discovery of the X-rays. Every physicist dropped his own problems and rushed headlong into the research.” Astonishingly, Pupin added, “To the best of my knowledge I was at that time the only physicist here who had had any laboratory experience with vacuum-tube research…I obtained the first X-ray photograph in America on January 2, 1896, two weeks after the discovery was announced in Germany.”
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As Pupin could so neatly do, he foreswore any mention of his compatriot. To Pupin, Tesla was a nonperson.

Roentgen gained world recognition virtually overnight with his announcement that he had discovered a new energy emanating from cathode-ray tubes that could illuminate light-sensitive chemicals at the far end of a room, penetrate solid objects, and photograph the internal organs and bones of living beings. As Pupin noted, scientists from all over the
world dropped their current projects to join in this exciting new venture. Tesla himself wrote no fewer than nine articles on the topic in a two-year period. Although Tesla may have noticed these rays and their effects on photographic paper years earlier,
³
he did not pursue the investigations and left no doubt that the discoverer of what he liked to call “shadowgraphs” was Wilhelm Roentgen.

Tesla had taken the word “shadowgraph” from Søren Kierkegaard, who described them in his essay “Either/Or.” To the existential philosopher they were sketches “that derive from the darker side of life…[but] are not directly visible…The [shadowgraph] does not become perceptible until I see through the external…Not until I look through it, do I discover that inner picture too delicately drawn to be outwardly visible, woven as it is of the tenderest moods of the soul.”
⁴

In Europe meager X rays were being produced by static machines and Ruhmkorff induction coils; Tesla suggested, instead, the use of a high-frequency disruptive coil attached to a special bulb with two electrodes, a cathode inside the vacuum, for generating the “cathode streams,” and an anode placed as far away as possible outside the bulb to limit the reduction of the potential. With this apparatus, “effective pressures of about 4,000,000 volts were achieved.”
⁵
At first, the bulb will get hot and glow with a purplish hue, then the electrode will disintegrate, and the bulb will cool. Use of a fan helps. “From [this] point on…the bulb is in a very good condition for producing the Roentgen shadows.” When the electrode is too hot, it is probably because the vacuum is not high enough.
⁶

Generating such high voltages, this work not only was set up to measure the quality of the energy emanating from the bulb and to test its ability to pierce living and nonliving objects or be reflected; it also laid the foundation for Tesla’s later experiments with particle-beam weapons.

Here, in 1896, Tesla discussed the idea promulgated by the quantum physicists a few years later that the energy had both particle-like and wavelike properties. Having set up a target to shoot the streams at, Tesla wrote: “The effects on the sensitive plate are due to projected particles or else to vibrations [of extremely high frequencies].”
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The inventor further speculated that “the streams are formed of matter in some primary or elementary condition…Similiar streams must be emitted by the sun and probably by other sources of radiant energy.”
⁸
Tesla also appeared to have come close to the idea of breaking up the electron into subatomic particles. “The projected lumps of matter act as inelastic bodies, similarly to ever so many small lead bullets…These lumps are shattered into fragments so small as to make them lose entirely some physical properties possessed before the impact…[Might it not be possible] that in the Roentgen phenomena we may witness a transformation of ordinary matter into ether?
⁹
[Or] we may be confronted with a dissolution of matter into some
unknown primary form, the Akâsa of the old Vedas.”
¹⁰

The inventor as physicist then proceeded to take X rays of small animals, such as birds and rabbits, as well as his workers, and of his own skull, ribs, limbs, and vertebrae. As some shadowgraphs took as long as an hour to obtain, Tesla noticed that he would sometimes fall asleep while he was being bombarded by the machine.

Week after week, Tesla would crank out yet another article on his “Latest Results.” On March 18, 1896, he announced in
Electrical Review
that he had produced shadowgraphs of humans at distances of forty feet and affected photosensitive paper at a distance of sixty feet from the source of the rays. The inventor also tested different metals to see which ones reflected the energy in the best way. Adorned with a lavish X ray of the bones of the wizard’s own rib cage, the article conveyed an eerie impression.
¹¹

“I told some friends,” Tesla wrote, “that it might be possible to observe by the aid of [a]…screen objects [and skeletons] passing through a street…I mention this odd idea only as an illustration of how these scientific developments may even affect our morals and customs. Perhaps we shall shortly get used to this state of things.”

For Tesla, Roentgen rays were a gateway to a world invisible and ripe for new possibilities. “Roentgen gave us a [wonderful] gun to fire…projecting missiles of a thousandfold greater penetrative power than that of a cannon ball, and carrying them probably to distances of many miles…These missiles are so small that we may fire them through our tissues for days, weeks, and years, apparently without hurtful consequence.”

Throughout the year, the inventor suffered from “the grippe.” Although his illness made the papers, nobody seemed to link it to his excessive experimentation with the mysterious energy. In fact, concerning the risk to one’s health, Tesla wrote: “No experimenter need be deterred from…investigation of Roentgen rays for fear of poisonous or generally deleterious action, for it seems reasonable to conclude that it would take centuries to accumulate enough of such matter to interfere seriously with the process of life of a person.”
¹²
We now know, of course, that this view is wrong as long-term exposure to X rays can be very dangerous to one’s health.

Tesla did, however, refer to pain in the center of his forehead when experimenting with the rays and to “the hurtful action on the skin, inflammation and blistering,” but this he attributed to the production of ozone, which in small quantities was “a most beneficial disinfectant.” Nevertheless, there was a severe accident in the lab “to a dear and zealous assistant…without a protective screen present. The worker suffered severe blistering and raw flesh exposed,” the inventor undertaking “the bitter duty of recording the accident” in order to lessen the danger for others.”
¹³

Edison was also making headlines with his work with Roentgen rays, especially when he noted that the streams caused blind people to experience sensations in their eyes. “The X-rays succeeded in eliciting from the blind the ejaculation, “I see; yes, I see a light!”
¹⁴

Edison, whose fluoroscope was already being used for lighting the eye during eye surgery, saw the possibility that eyesight, in some way, might be restored with the use of X rays.
¹⁵
Tesla doubted it, and so the press took up the charge and created a new round of headlines placing the two pioneers once again against each other. “The humorless dark Hungarian [had the] unpleasant duty to say, ‘Is it not cruel to raise such hopes when there is so little ground for it…What possible good can result?’”
¹⁶

Time proved Edison wrong, as X rays have not been used to “stimulate the retina” in such a way as to restore sight, but the two wizards did perform a number of successful miracles with the strange energy when each used the instruments to locate bullets lodged in the bones of various patients. Fortunately, the Kentucky School of Medicine helped bring the battle between the two to a close when they “combin[ed] the devices of Tesla and Edison” to extract bird shot from the wounded foot of a voter who had received the injury in a fight at an election poll. After developing the X ray, which took only ninety seconds to make, “every bone was distinctly shown, and the shot, about thirty in number, were plainly located.”
¹⁷

To celebrate the triumph and quell any purported hostilities, T. C. Martin was able to coax Tesla into joining Edison and a number of other electricians for a day of fishing on a topsail schooner off Sandy Hook. The event was sponsored by the Safety Insulated Wire and Cable Company. Although a storm erupted, accompanied by dark clouds and lightning, the “bold fishermen were undismayed…In stately grandness…as happy and well satisfied a party as ever rode the waves of the Atlantic’s billows…Toward nightfall, the [ship] turned her prow homeward…Nicola Tesla [caught] a flounder of large dimensions…[and] Edison caught a shocking big fluke.”
¹⁸