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Wanted: 500,000 Men to Feed Computers (Jan, 1965)

Wanted: 500,000 Men to Feed Computers

You don’t have to be a college man to get a good job in computer programming – today even high-school grads are stepping into excellent jobs with big futures

By Stanley L. Englebardt

IF YOU know how to “talk to computers,” chances are you’ve got it made. If you don’t, you may be missing out on a great job opportunity.

People who talk to computers are called programmers. They instruct data-processing machines on how to perform specific jobs. Today there are about 40,000 of these specialists at work. In six years, experts say, 500,000 more will be needed. Many will require a bachelor’s, master’s, or even doctor’s degree. But close to 50 percent will move into this new profession with only high-school diplomas.

Here’s why there’s such a tremendous demand for programmers.

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Digital Watch – Only $1500 (Jul, 1970)

Interesting note “This display, flashing a brilliant ruby-red, is the first use of solid-state, light-emitting diodes in a consumer product. ”

Look, Little Old Swiss Watchmaker – No Hands!

Breakthrough. It’s a much-abused word-a pity at a time like this. Because here is a genuine, 24-karat breakthrough in timekeeping.

The name of same is Pulsar, a solid-state computer device that has a single fixed program to flash the time on demand. Sound formidable? It all nests neatly in the wristwatch you see here. Incredibly, not only does Pulsar have no hands, it has no moving parts whatsoever, unless you count the oscillations of its quartz crystal. Here’s how it works:

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Phantom Guides Elevator Riders (Dec, 1955)

Phantom Guides Elevator Riders

A LOUDSPEAKER in a Westinghouse self-service elevator reminds passengers to release doors, press floor buttons and step to the rear. A magnetic tape does the job, even calling off merchandise on each floor in department stores. Phantom voice is an attempt to humanize automatic elevators.

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Dictating Machines to Use Magnetic Tape (Oct, 1934)

Dictating Machines to Use Magnetic Tape

With the development of the steel tape method of sound recording, present day dictaphones may soon become obsolete. In demonstrations at the Century of Progress sound was stored in the magnetic ribbon for only a few seconds, but engineers believe it possible to construct a simplified dictating machine set along similar lines.

With the use of large rolls of the steel tape, there would be no need to change records as frequently as in the present apparatus. Court proceedings could be stored indefinitely.

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Auto Seat Gives Infant Comfort – AKA “Kiddie Catapult” (May, 1936)

It seems to me that this should be called the “Kiddie Catapult”, because if you’re ever in an accident your child is going to fly right through the windshield.

Auto Seat Gives Infant Comfort

When the very young members of the younger generation go motoring they may now ride in comfort, thanks to a new auto seat especially designed for infants.

The device is, in effect, a small chair which is placed on top of the regular seat cushion. Side arms give the child support and a convenient footrest keeps small shoes from scuffing the seat upholstery. The seat provides the child with full vision and is said not to come loose or jar out of place. Straps furnish the necessary adjustments.

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Proto – G.P.S (Sep, 1956)

Skyful of Moons: To aid navigation by ships and planes, a Chrysler Corporation missile engineer, L. Lawrence Jr., has worked out a plan to launch three satellites – Astro 1, 2, 3 – to circle the earth at 600-mile altitude in 105 minutes, in polar orbits crossing the equator at spaced intervals around the world. The satellites would constantly emit radio signals, enabling a navigator to get his bearings from the nearest one, with the help of an almanac giving each satellite’s position at any time. To power a satellite’s radio, an atomic battery would convert heat from radiactive strontium into electricity, by means of a thermopile.

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Dial Switches Message Tubes (Dec, 1951)

This is a hardware packet switched network, kinda like IP circa 1951.

Dial Switches Message Tubes
By Dialing a number, workers in a Connecticut factory can send written messages and even metal samples to various parts of the plant in about a minute’s time. They are using the familiar old pneumatic tube, the hissing clanging gadget used to make change in many department stores.

This pneumatic tube is different. Wehere older systems required separate tubes to each station, this one has an automatic dial exchange, just like a modern telephone central office, making a few tubes do the work of many. Each carrier has numbers that can be set to guide it automatically to any one of the nine stations that make up the first American installation at the Housatonic plant of the Bridgeport Brass Co. Eventually there will be 20 stations.

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Early Car Wash (Nov, 1934)

Endless Chain Conveyor Moves Cars Thu Auto Laundry

Borrowing an idea from the assembly lines of large automobiele factories, an inventive garage man has devised an endless chain conveyor system which moves cars through his auto laundry to permit a complete cleaning and polishing job in nine minutes.

The patron merely drives his car onto a guide track and steps out. A coupling chain is then attached to the front bumper and the main chain running alond the floor. A button is pressed and the car begins to move. As it passes each section of the track streams of water play on whells and body. A revoloving brush drops from a hinged support in the ceiling and cleans the top of the car as jets of water pour from the brush.

Powerful blowers then dry the car and a giant vacuum system removes the grit and dirt from both the inside and outside of the car.

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Splitting the Atom (Oct, 1939)

This is pretty amazing. It’s a Scientific American Article from 1939 describing the splitting of the atom. It was written just after Einstien had written his famous letter to F.D.R and before the initiation of the Manhattan Project, yet it is obvious that scientists were well aware of the potential uses of atomic fission:

It may or may not be significant that, since early spring, no accounts of research on nuclear fission have been heard from Germany — not even from discoverer Hahn. It is not unlikely that the German government, spotting a potentially powerful weapon of war, has imposed military secrecy on all recent German investigations. A large concentration of isotope 235, subjected to neutron bombardment, might conceivably blow up all London or Paris.

Two Elements For One

The Most Important Scientific Discovery of the Present Year is also the Biggest Explosion in Atomic History … Splitting the Uranium Atom

THE Fifth Washington Conference on Theoretical Physics was sitting in solemn conclave when the news broke. Professor Nils Bohr of Princeton and Professor Enrico Fermi of Columbia rose to open the meeting with an account of some research going on in a Berlin laboratory.
Professors Bohr and Fermi are Nobel Prize winners both, and their names are as well known to scientists as Toscaninni’s is to music lovers. The Conference therefore expected something extra special. They weren’t disappointed.

It was January 26, 1939. A few wees before, at the Kaiser Wilhelm Institute in Berlin, Dr. Otto Hahn, a distinguished German physicist, had obtained an utterly unexpected result from some more or less routine experiments. Following the original example of Professor Fermi, Dr. Hahn and his co-worker, F. Strassmann, had for many months been bombarding uranium with neutrons and studying the debris left by this atomic warfare.

It would not have surprised them at all to find radium as one of the products. In fact, they had done so before, or thought they had. Radium and uranium are near neighbors in the table of elements, and it is nothing new for scientists to transform one element into another close to it in weight and electric charge.

But it was news, and big news, to discover barium among the debris — barium, which is only a little more than half as heavy as uranium. It meant that the neutron bullets had succeeded not merely in knocking a few chips off the old block, but in blowing the whole atom asunder with a terrific explosion.

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Electricity Records Fencing Hits (Nov, 1939)

Electricity Records Fencing Hits

Even the ancient sport of fencing has been “wired for sound!’ Contestants in a recent match in England were equipped with trailing wires connected to an electrical apparatus that rang a bell and flashed lights when one fencer’s foil made contact with a vulnerable spot on his opponent. The idea was first tried out at the match between Oxford and Cambridge Universities and made a great hit with fencers and spectators alike.

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