Machine Sells Cigarettes In Home (Aug, 1935)
This is a really odd marketing idea, then again, it would be a lot easier to target minors at home.
Machine Sells Cigarettes In Home
COIN-IN-THE-SLOT cigarette vending machines built into attractive pieces of furniture are now being placed in American homes. Already twenty thousand of these venders, built into magazine stands and end tables of six different models, have been distributed to home owners.
Machines vending other articles are now being planned. It is intended to make the furniture pieces so attractive that housewives will welcome their placing in the home. Machines are refilled regularly and money collected by agents of the manufacturer.
There’s plenty of room at the bottom (Nov, 1960)
This is a condensed version of a talk titled “There’s plenty of room at the bottom” that Richard Feynman gave in 1959. It is generally considered to be the first speech about nanotechnology.
There’s plenty of room at the bottom, says noted scientist as he reveals â€”
How to Build an Automobile Smaller than this dot -> .
At 42, Richard Phillips Feynman, Ph.D., enjoys world renown as a theoretical physicist, local fame as a “marvelous” performer on the bongo drums, and campus admiration as a man with a pixyish humor that turns a lecture on quantum electrodynamics into a ball. You’ll see why when you read his impassioned and witty plea to think small.
This tall, slim, dark-haired scholar helped importantly in developing the atomic bomb and watched its first test explosion. In 1954 he won the $15,000 Albert Einstein Award, one of the nation’s highest scientific honors.
Atomic Felt (Oct, 1954)
Who knew felt was such an important component in making atomic bombs?
American makes science serve its customers
It may surprise you to learn that American Felt Company keeps a Geiger Counter open in its Engineering and Research Laboratory. It is used to make sure no radioactive atomic particles from the atmosphere get into wool or other fibres used in making felts for industrial filtration, as in film, chemical or drug manufacture. All the other devices listed here have special applications, and are employed by chemists, engineers and technicians in our Laboratory to check every phase of our operations accurately. We are proud of our scientific approach to technical problems and invite your inquiries.
Oregon Man Builds Flapping Wings for Mountain Gliding (Feb, 1935)
If he actually tried to jump off that cliff with those I’m guessing this is the last picture of him alive.
Oregon Man Builds Flapping Wings for Mountain Gliding
WITH only a pair of strange cloth-covered wings strapped over his arms, Joe Fodie of Rowena, Oregon, hopes to glidfe through space by the power of his arms alone, after jumping from a mountain top precipice. Should this intrepid inventor glide safely to earth, it will be the first time man has flown through the air under his own power. The queer wings are hinged at their center, with a stop to prevent them from buckling upward. As the arms are moved upward in flight, the outer halves of the wings would naturally fold inward; on the downward stroke they flatten out again, providing lifting power. Fodie designed his wing action to resemble as closely as possible the flapping motion characteristic of a bird in flight.
CRYSTAL UREA (Sep, 1952)
I’m sure that I use hundreds of products that involve crystal urea. However that does not mean I want to be told that you’re washing my clothes in it.
… from Du Pont Polychemicals Department
takes the stiffness out of ordinary starch
Washable summer suits once had to be starched stiff as a board to stay pressed.Then one starch maker found he could produce a far better laundry finishing agent by chemically combining starch with Du Pont Crystal Urea. This new product, called starch carbamate, gives an elegant drape and finish to washable suits, doesn’t impact . . . and doesn’t close the air space between the fibers, but lets the garment ‘breathe” and remain cool. New starch carbamate is also finding applications in other fields as an ingredient in water-base wall paints . . . and as a binder for glass fibers in the molding operation.