Stevens Point Daily Journal, Stevens Point, Wisconsin. April 20, 1896.
Doings in the Laboratories of Edi-
son, Tesla and Moore.
Let the Gas Companies Beware--Great
Improvements in Electric Lighting Are
Promised in the Near Future--Cheap
and Effective Illumination.
We are soon to have electric lights so cheap that anyone can afford to have them. At least, this is the promise of three noted electricians who have been working on the problem for some time past. The fact that Thomas A. Edison and Nikola Tesla are two of the three referred to gives strong assurance that we may look for a revolution in our system of illumination in the near future. It begins to look as if the gas companies would be distanced this time, despite the discovery of the new method of producing acetylene, and will not be able hereafter to manufacture light for the million, as they have done in days gone by.
I had occasion to pay a number of visits to the laboratory of Mr. Edison near Llewellyn Park, N. J., within the past month, in order to find out how he was progressing in his experiments with the wonderful Roenigen rays, which seem to respect neither substance or shadow, but go through everything. It was on one of these trips that I learned from Mr. Edison's own lips how he had practically succeeded in improving his incandescent lamp so that he could run 20 of them for each horse-power used. This is a distinct gain of 33 1-3 per cent., as at present only 15 lamps can be run per horsepower.
"I started out with ten incandescent lamps per horse-power," said the Wizard, "and after awhile succeeded in bringing these up to such a state of perfection as to string 15 of them on a line for each horse-power employed. Now, I have practically succeeded in improving my incandescent lamp so that I can put 20 lamps where I could use only 15 before."
"Then you are not experimenting with etheric or phosphorescent lighting." I said.
"No," replied Mr. Edison. "I believe that the incandescent lamp can be improved so that it will give as good light at as small a cost as anything in the market. Besides, I don't take any stock in these grave-yard lights that some electricians are experimenting with. The incandescent lamp sends out as soft and mellow a light as could be expected; it is quite adequate for all practical purposes."
"Would you care to say just how you have improved your new lamp?"
"Not just yet. I have still some finishing touches to make on it. You see, when Prof. Roentgen made his wonderful discovery of the X rays, I dropped everything in order to repeat the experiments here. These rays open up wonderful possibilities in the electrical world, and may make it necessary for us to completely reconstruct the undulatory theory of light. Just think where we are now! Photographing through wood and metal, talking by telephone a thousand miles away, telegraphing under the ocean despite of storm and tempest--why, one of these days we shall perhaps see by electricity.!
Of course, it is idle to look for the improved incandescent lamp until Mr. Edison gets tired of his investigation of the Roentgen rays. The truth is, when the great electrician begins to experiment in any one line he sticks to his work as close as a hen does to her nest, when she is hatching out a lot of eggs. He has eyes and ears only for the subject in hand, and nothing can take him away from his work. He even dreams over his theories--that is, when he takes time to sleep, for sometimes he will continue right along in his laboratory for three days at a stretch without shutting an eye.
"You will keep your carbon filament in the improved incandescent lamp and not dispense with it as Tesla proposes to do?" I asked.
"Oh, yes," he replied. "No need of changing that now. I had quite a time finding it; I searched all over creation. They are using cellulose now, but it isn't much cheaper than the Japanese bamboo splints that I first used."
"Then you think your latest improvements will cheapen electric lighting?" I asked again.
"I don't see how it can help it," replied Mr. Edison. "If I can run 20 lamps where I now use 15, don't you see that there will be considerable saving?"
"Have you taken out your patents yet?"
"No--nor shall I. I don't believe in getting things patented any more. It doesn't protect you. The only safe way is to keep the secret yourself as far as possible."
And the great electrician hereupon began to experiment with a telephone, in the hope of transmitting the Roentgen rays by wire to some distance, just as in the case of sound waves. As he did so, he added:
"Faraday could only turn the most delicate needle at first with his electrical current; yet to-day an electrical engine is hauling a train of 40 cars. You must not despise the day of small beginnings."
Nikola Tesla is almost as Prominent a figure in the electrical world as the "Wizard of Menlo Park." He is the man who allowed 250,000 volts to pass through his body, who discovered the art of transmitting electricity without
I had a pleasant chat with Mr. Tesla the other day, and learned from him that he has about perfected his new phosphorescent light, which will come as near artificial daylight as anything yet attempted. There will be no filament in the glass bulb; nevertheless, it will glow with all the brilliancy of an arc light. The current employed will be of low voltage, but it will be changed into one of high potential by induction coils. In this way three improvements will be effected over the present incandescent lamps--brighter illumination, no deadly wires and cheaper cost.
Mr. Tesla is not yet ready to give to the public the details of his wonderful invention, but those who have seen the new light say that it will work a revolution in methods of illumination. Some remarkable photographs have already been obtained from it. It is stated that the cost will be scarcely one-half of the rates that at present prevail.
The third electrician who is grappling with the problem of cheap illumination is Dr. D. McFarlan Moore, who claims to have solved the secret of the firefly. Following close upon the heels of Roentgen rays, the discovery promises to work a revolution in electric illumination, and foreshadows an era of one unbroken day.
Mr. Moore is comparatively unknown to fame. For several years past he has been quietly at work in his Newark laboratory--which, curiously enough, is within a stone's throw of Edison's old place--and success seems at last to have crowned his efforts. He calls the new kind of illumination "ether lighting" for want of a better name, and employs only the most simple apparatus to manufacture it. Indeed, like Roentgen's rays, the wonder is that some electrician has not before this time hit upon Mr. Moore's discovery. It is certainly as simple as it is remarkable in the effect produced. Not only is it the nearest approach to the production of light without heat that the world has yet seen, but the whole illumination is obtained from an ordinary current of low voltage.
There are no hairpin filaments in Mr. Moore's system, as with the incandescent lamp, and the illumination agent is distributed through pipes and tubes, just as we now distribute water and gas.
Mr. Moore's invention involves a new principle in molecular vibration. He separates the several divisions of energy, and employs only the illuminating elements. He hopes to get as much light with a one-volt current as Tesla now does with a million volts. In short, the new light promises to turn things topsy-turvey (sic). We are certainly on the eve of a revolution in electric lighting, if Tesla, Edison and Moore are to be believed.
Mr. Moore's new light, owing to the absence of heat, requires little power to generate it, and can be produced from a battery the size of that which rings the front doorbell. In other words an ordinary glass jar, containing pieces of zinc and carbon immersed in acid, will furnish a current sufficient to produce a good illumination.
Mr. Moore's apparatus is not much bigger than an ordinary-sized teacup, and the little machine that breaks the circuit and corresponds to the electric bell is not bigger than one's finger.
I had occasion to visit Mr. Moore's laboratory the other day. Some of the experiments I witnessed were beautiful, and the light was certainly as good as one could wish. One experiment struck me particularly. After we entered the dark room the inventor handed me a long glass tube, about as big as a broom stick, and then ordered the lights out. In a few seconds, streams of light began playing through the tube from one end to the other.
Of course I asked Mr. Moore to explain.
"It is only a manifestation of electrical induction," he replied, smiling. "The current from the diminutive vibrator is connected with a small piece if (sic) tin on the ceiling, and the electric waves pass through the intervening air space to your body."
If what Mr. Moore says is true, the possibilities of this one feature of the new light are simply enormous. If, instead of a piece of tin, metallic paint were put on the walls or ceiling and made a part of the circuit, the same effects would be produced. The tube becomes a veritable stick of daylight.
Neither of the inventions I have just described have been placed on the market as yet, but they are liable to make their appearance almost any day. Meanwhile the oil trusts, the acetylene trusts and some of the big electric light companies would do well to be on the lookout for cheap illumination, for it is bound to come. Three electrical experts have said it, and it is greatly to their credit. Perhaps we shall soon be even better off than the people at the North pole. They have daylight half the year, whereas we are now promised artificial daylight for every hour in the twenty-four.