Imagine getting paid to envision the future — in ways that were inventive, optimistic, fanciful, logical, silly or surreal, depending on the week? Throughout the late 1950s and early 1960s, that is exactly what commercial artist and futurist Arthur Radebaugh got to do. His illustrations were syndicated nationwide, and appeared alongside the comic strips of the Sunday newspapers every week.
Smithsonian magazine called him “one of the great forgotten techno-utopian artists of the mid-20th century.” Some of his ideas were fantastically spot-on predictions (including the prevalence of microwave ovens and a “television recorder”), others seem amusingly outdated, while a few are ideas we still might see one day.
Radebaugh knew that many of his futuristic ideas in the “Googie” space-age style seemed far-fetched, but that didn’t dampen his enthusiasm for humanity’s great creative potential. Most of all, America’s scientific advances since the start of World War II clearly gave him hope.
“Impossible, you say?” he wrote of one suggested anti-gravity invention. “So was atomic control twenty years ago.”
Tomorrow’s worldwide television will bring you bullfights from Spain, exploration from Africa, and vacation reports from Tahiti — and in giant size, wall-to-wall if you wish.
Picture-thin screens will be made of tiny “electroluminescent” crystals, a brand-new development in electronics. They will replace the phosphor screen and electron gun of today’s thick TV tube.
There’ll be no servant problem in your home of the future. Instead, employ a robot — to cook, set the table, clear it off, wash the dishes and put them away.
A firm of industrial designers. Sundberg Ferar Inc. has already projected an idea for such a “mechanical maid.” A self-propelled serving cart would move linen, glasses. china and silver to the table. After dinner. it would wash them and store them away.
Meanwhile, Westinghouse is researching a device to take food automatically from storage and cook it on a preset schedule. All milady would have to do is preset her menu and table arrangements each morning.
FUTURISTIC: AUTOMATIC KITCHENS
Kitchens of tomorrow will practically run themselves. The housewife will simply press buttons in a console bank, and gadgets will do the rest. She may even be able to ride around on a swing boom, as depicted here, and inspect supplies and operations.
Kelvinator already has plans for an electronic range like the one shown. Here cooking is done by high-speed microwave in an oven whose mirror panel door becomes transparent when an inner light is switched on. Ultrasonics will wash the dishes.
Westinghouse, too, has an idea for automatic handling of meals from storage rack to oven. You will select the menu in advance, press the proper controls. and the food will move at the. exact time from freezer or shelves to a precisely pre-heated range or oven. And for the benefit of those with gourmet tastes, we are assured that aromas and flavors will be just as zesty as ever!
INVENTION: POP-OUT TV PROGRAMS
Tomorrow’s television will be three-dimensional! Hugo Gernsback, famed inventor, predicts that improved receivers will provide images that seem to be projected well in front of the picture tube, almost as if there were little flesh-and-blood people out there.
What’s more, the illusion of reality will be enhanced by the emission of real-life odors. In fact, a method for televising any smell such as roses, perfume, steaming coffee, etc. — has already been demonstrated by research workers.
The illustration shows one possible application of the “pop-out” technique. Ceiling television sets might provide continuous three-dimensional entertainment for hospital patients. Needless to say, all such reception will be in full color, which — according to New York color designer Howard Ketcham — can provide “cheer and relaxation” that will benefit convalescents, just as the traditional drab gray might have the reverse effect of depressing the spirits.
EVERY HOME A CLASSROOM
Classroom automation may foreshadow an end to schoolhouses. Lessons would be televised to students “going to school” at home. where their work would be done and transmitted to a control center for correction and grading.
Dr. Donald E. P. Smith of the University of Michigan believes teaching machines will appear in all classrooms before long. A typical one projects questions in one panel, then, after an answer is written in a second panel, the right solution appears in still a third. Such machines are now intended for classrooms, but the application of similar principles to educational TV would make schoolhouses a thing of the past.
FUTURISTIC INVENTION: HEADPHONE TV
Today’s television receivers may one day be replaced by devices that will “tickle” the brain, breaking right through to man’s inner consciousness. At least that’s what electronics trailblazer Hugo Gernsback believes.
Brain tissue conducts electricity. What would be more logical then, asks Gernsback, than the development of a “super-ceptor” whose impulses would create images directly in the mind, like dreams, instead of lighting up a television screen?
And three UCLA scientists have suggested that with the introduction of such a receiver. everyone in the family would be able to tune in his individual program — with eyes open or closed — whichever he prefers!
GRAVITY IN REVERSE
Researchers in scientific laboratories are trying to develop devices to overcome the pull of gravity. Suyccess in this field could revolutionize the world.
Look what it might do for the home. Factory-made houses equipped with antigravity machinery could be floated above the ground — to catch the breezes! Impossible, you say? So was atomic control twenty years ago.