New App Explores the Secret Development Location of the First Atomic Bombs – Atlas Obscura

Standard

Editor’s note: The app is available for Android people at the Play Store – it’s called, Secret City.

Take a virtual tour of Los Alamos Laboratory, home of the Manhattan Project.

During the early part of WWII, the U.S. military brought some of the brightest scientific minds in the U.S. together in an isolated pocket of New Mexico. The top-secret location became known as the Los Alamos Laboratory. There, scientists worked on the Manhattan Project, designing and building the atomic bombs that were dropped on Hiroshima and Nagasaki in August, 1945.

The Manhattan Project no longer exists, but as this video shows, the secret location has been rebuilt, virtually. Using a new, free iPhone app called Los Alamos: The Secret City of the Manhattan Project, you can tour the secret atomic city as it existed in 1945.

By exploring buildings, reading documents, and playing games, you can become part of the top-secret Manhattan Project—though the app stops short of showing users how to actually make a bomb. The experience finishes at the Trinity atomic test site, where scientists detonated the first test bomb. It’s a virtual, time-traveling counterpart to the real-world site, which still opens to visitors twice per year.

via Atlas Obscura

A Chance to Grab A Real Hot Collectable at Hake’s – The GILBERT NUCLEAR PHYSICS NO. U-238 ATOMIC ENERGY LAB” BOXED 1952 SET

Standard

It’s been a bit since the last post in this little corner of the World-Wide-Web – life can be quite the journey here in time and space – but some time must be taken to share this bit of interesting info. Nothing Earth shattering, but quite worthy of note for those who hold a curiosity for that which we have all come to know as the Atomic Age.

Hake’s Americana & Collectables is in the final days of bidding for their Auction #221 and do they have a classic up for grabs – Item 1066. It’s the GILBERT NUCLEAR PHYSICS NO. U-238 ATOMIC ENERGY LAB” BOXED 1952 SET in pristine condition. Folks have shown a bit of interest in this item at the Atomic Flash Tumblr site since it was first posted in September 2016.

Today it could be yours – for a pretty fancy price. We give the floor to Hake’s:

The Gilbert U-238 Atomic Energy Lab cover Graphics

The Gilbert U-238 Atomic Energy Lab cover Graphics

16.5×25.25×4.75″ deep textured paper-covered case contains A.C. Gilbert Co. set No. U-238 (a clever reference to Uranium-238, the most common isotope of uranium found in nature). This infamous lab’s intention was to allow children to create and watch chemical reactions using radioactive material.

GILBERT NUCLEAR PHYSICS NO. U-238 ATOMIC ENERGY LAB" BOXED 1952 SET

GILBERT NUCLEAR PHYSICS NO. U-238 ATOMIC ENERGY LAB” BOXED 1952 SET

The lab contains a cloud chamber that allowed the viewer to watch alpha particles travel at 12,500 miles per second, a spinthariscope (a device for observing individual nuclear disintegrations caused by the interaction of ionizing radiation w/a phosphor or scintillator) that showed the results of radioactive disintegration on a fluorescent screen and an electroscope that measured the radioactivity of different substances included in the set. Looked upon as being dangerous because of the radioactive material in the set, Gilbert claimed that none of the materials could conceivably prove dangerous.

The lab contains a cloud chamber, a spinthariscope, and an electroscope.

The lab contains a cloud chamber, a spinthariscope, and an electroscope.

In addition to items mentioned above, lab also includes – Geiger-Mueller Counter, nuclear spheres, Alpha, Beta and Gamma radioactive sources, radioactive ores, three illustrated books – “Prospecting For Uranium, How Dagwood Splits The Atom” and “Gilbert Atomic Energy Instruction Book” – Deionizer, three cardboard encased Winchester batteries. Underside of lid features great illustration of boy using lab w/atomic imagery and content listing as well as promotional text including US Government’s $10,000 reward for anyone finding uranium ore deposits.

The Gilbert Atomic Energy Instruction Book and Prospecting for Uranium.

The Gilbert Atomic Energy Manual and Prospecting for Uranium. The later was published by the United States Atomic Energy Commission and the United States Geological Survey – it was sold to those citizens who had an interest in hitting it rich in the Atomic Age ‘gold rush’ for Uranium ore.

The cover of Learn How Dagwood Splits the Atom

The cover of Learn How Dagwood Splits the Atom – it’s all very scientific, you know. (The image is not on the item page but this book is also available with the set.)

Case shows little to no wear and displays Exc. Contents are complete and unused w/original packing material and show some scattered aging/dust soiling and are VF overall. Books/manuals show more moderate aging w/some pinch creases to spines. Fine overall. Unlike other chemistry sets released by Gilbert, the U-238 Atomic Energy Lab never gained popularity and the toy was taken off shelves, selling only from 1950 through 1952. Old store stock, choice condition example of this later 1952 version, as nice as they come. Special shipping required due to contents. This is the second example from this collection, the previous example selling for $8,696 w/o Dagwood books and added Prospecting book. Barry Lutsky Collection.

So there ya’ have it!

A set in this condition is extremely hard to find. The current bid is $4,500 – if you’re a serious collector you have a shot at getting this on a real deal. Go for it now if you’ve ever wanted a marvelous piece of Atomic Age Americana.

Paul László: The Quintessential Atomic Age Architectural Designer

Standard

Paul László was a Hungarian-born modern architect and interior designer whose work spanned eight decades and many countries. László built his reputation while designing interiors for houses, but in the 1960s, largely shifted his focus to the design of retail and commercial interiors. – wikipedia

László was the quintessential Atomic Age mid-century designer. In 1952 TIME magazine called him ‘The Rich Man’s Architect’. He did it all – he ‘design[ed] his houses down to the last ashtray or built-in Kleenex holder.’ He also designed a rather mod US Air Force bomb shelter:

Laszlo US Airforce Air Force Bomb Shelter Design

Laszlo US Air Force Bomb Shelter Design (image via orhan ayyuce)

Below are some super articles covering Paul Laszlo’s Atomic Age masterpieces. Super thanks to MidCentArc on flickr. (Click on the images for a larger view)

Atomville 1950

Atomville 1950

Atomville - At Home, 2004 A.D. - 1954 (Page 1 of 3)

Atomville – At Home, 2004 A.D. – 1954 (Page 1 of 3) – Architect: Paul Laszlo (Popular Mechanics Magazine)

Atomville - At Home, 2004 A.D. - 1954 (Page 2 of 3)

Atomville – At Home, 2004 A.D. – 1954 (Page 2 of 3)

Atomville - At Home, 2004 A.D. - 1954 (Page 3 of 3)

Atomville – At Home, 2004 A.D. – 1954 (Page 3 of 3)

The Paul Laszlo Residence, Beverly Hills, CA (1 of 2)

The Paul Laszlo Residence, Beverly Hills, CA (1 of 2)

The Paul Laszlo Residence, Beverly Hills, CA (2 of 2)

The Paul Laszlo Residence, Beverly Hills, CA (2 of 2)

Paul Laszlo was truly a Mid-Century visionary – if you could afford him.

AMERICAN MUSEUM OF ATOMIC ENERGY

Standard

Special Thanks To: Todd Franklin

Hey kids! Pull up your bobby socks and get ready to duck and cover ’cause we’re visiting the American Museum of Atomic Energy! I’m sure you’ve heard about that little project during WWII called the Manhattan Project, right? You know, atomic bombs and such. The souvenir beanie above is telling the truth when it says, “Oak Ridge, Tennessee is the home of the atomic bomb. This “secret city” sprouted up during the war years and in its factories the atomic bomb was built. After the war, the town shifted to civilian control.

In 1949, Oak Ridge also became the home of the American Museum of Atomic Energy! This was the place to learn about the benefits of the all powerful atom. More importantly, it was the place where you could get a radioactive dime to take home as a souvenir!

In the brochure pictured above, it looks like those teenagers are having fun feeding the machine dimes. Boy, that sure beats getting a wooden nickel for a souvenir!

Unfortunately, the dime didn’t glow like my exaggerated example, but that’s how I like to imagine it when it came out of the machine. In reality, the radiation faded away quickly and the dime was supposedly safe to stick in your pocket. (Click here for more info on irradiated dimes and here for another photo.)

The museum was much more than radioactive dimes according to these excerpts from the brochure.

The Dagwood Splits the Atom exhibit looks like fun! Science is always better when explained by comic characters. Apparently this exhibit made the rounds to various fairs and museums. Click here and here to view the official comic.

Here you get to see a schematic model of plants that helped build the atomic bomb.

The first gas diffusion separation is on display. (You know, I really don’t know what any of this means, but it sure does sound interesting!

The Theatre of the Atom. I think this is where an audience member would get their hair zapped. Click here to see this gal get a new atomic hairdo!

The American Museum of Atomic Energy moved to a new location in 1975 and in 1978 the name was changed to American Museum of Science and Energy. Even though they don’t have a dime irradiator machine the place still looks like a fun family outing.

I leave with you this very cool photo of a vintage bowling shirt from Oak Ridge. I snapped this pic at the Bowling Hall of Fame back when it was located in St. Louis, Missouri.

via Neato Coolville: AMERICAN MUSEUM OF ATOMIC ENERGY

If an A-Bomb Falls… Will You Know What to Do?

Standard


If An A-Bomb Falls was an 8-page Instructional comic published in 1951 (see comic pages below). It is in the public domain and can also be viewed on-line at various sites like Archive.org. Summary from My Comic Shop: “If an A Bomb Falls… Will You Know What to Do? (1951), published by Commercial Comics. 8 pages, full color, standard comic book dimensions, all newsprint, no cover price. This promotional educational giveaway comic book describes what to do in the event of an atomic blast. Includes: 1) How important it is to know the signals of an impending atomic attack; 2) The meaning of the different tones of air raid sirens; 3) What to do if you are attacked without warning ; 4) How to react to the brilliant flash of an atomic explosion; 5) How to find the safest place in your home; 6) The equipment you need for a home safety and emergency kit; 7) How to store a good supply of canned goods and water for extended sheltering; 8) How to prepare for an attack if you have advance warning How to seek protection from an impending attack; 9) Remembering to keep calm to stifle panic during an attack ; 10) How people caught outdoors will suffer the greatest casualties; 11) What to do if you are on a car, bus, or train during an attack; 12) How the worst danger from atomic attack is radiation in the air and water; and 13) How to decontaminate yourself if you think you have been exposed to radioactive dust or mist. The back cover features a chart showing the number of deaths and the number of injured people that can be projected if an A-bomb explodes in a populated area.” Additional pages below from Ethan Persoff.

The H-Bomb and You was an educational 16-page comic published by the government in 1954. Page #1 reproduced below from Ethan Persoff. We’ll take a closer look at what these educational comics tell us about the era in the future.

via SpyVibe: COMICS WEEK: COLD WAR MATERIALS

When ‘Duck & Cover’ Isn’t Enough – Harold Tifft’s ‘Portable Shield’

Standard

Incredibly strange, but oddly sensible, Cold War shelter invention: Patent images for Harold C. Tifft’s ‘Portable Shield’ originally filed on 17 April 1956.

US2921317

Fig. l is a perspective view of one form of such a shield when in use by a wearer; Fig. 2 is a side view of the shield shown in Fig. 1; Fig. 8 is a front detailed view of face protective means which may form a part of the shield of this invention.

US2921317

Fig. 4 is a front perspective view of a second possible embodiment of the shield of this invention Patent ice Fig. 5 is a perspective view of the embodiment shown in Fig. 4, showing how the several sections can be telescoped together; Fig. 6 is a view in perspective of a carrying case with the handle for the head section extending through the cover thereof.

US2921317

Fig. 7 is an illustration showing how the shields of this invention would actually be put to use in vertical and horizontal positions during times of danger.

The bottom image shows two possible positions for the wearer: face first flush against the wall, or face first flush against the ground (or floor).

The main object of this invention is to provide a portable shield which will serve to guard the human body from the injurious or lethal effects of a nuclear explosion.

A second object of this invention is to provide a portable shield against nuclear explosions which can be easily and quickly placed around a considerable portion of the human body.

Another object of this invention is to provide a shield which can be adjusted so that it will substantially cover the entire body of the wearer, regardless of whether the wearer is in a standing, sitting or reclining position.

A further object of this invention is to provide a shield for the body which, in addition to being portable, also can be readily adjusted by the wearer so as to permit him to run from one place to another and yet still have a substantial measure of protection on the upper portion of his body.

(Complete patent available at Google Patents)

The Classic Sound Of The Cold War – Brought To You By Chrysler

Standard

What you hear at the start of this video is the sound of a Chrysler FirePower Hemi V8 engine start and rev-up. Afterwards comes the old familiar wail of the cold war nuclear attack warning.

Its six horns were each 3 feet (0.9 m) long. The siren could be heard from a distance of 20 to 25 miles (32 to 40 km) away and had an output of 138 dBC (30,000) watts. They were 12 feet (3.7 m) long, built atop a quarter section of a Dodge truck chassis rail, and weighed an estimated 3 short tons (2.7 t).

The main purpose of the [‘Big Red Whistle’] siren was to warn the public in the event of a nuclear attack by the Soviets, during the Cold War. The operator’s job was to start the engine and bring it up to operating speed, then to pull and release the transmission handle to start the wailing signal generation. The Chrysler air raid siren produced the loudest sound ever achieved by an air raid siren. – SuzukiBlaze

When the Chrysler Air Raid Sirens were being retired during the 1970’s a number of car enthusiasts sought out the Hemi V8s for use in bracket racing and street rods.

The M65 – Not The Spiral Galaxy, The Atomic Cannon

Standard


Operation Upshot-Knothole – 25 May 1953

The M65 Atomic Cannon, often called Atomic Annie, was a towed artillery piece built by the United States and capable of firing a nuclear device. It was developed in the early 1950s, at the beginning of the Cold War, and fielded by 1953 in Europe and Korea.

On May 25, 1953 at 8:30am, the Atomic Cannon was tested at Nevada Test Site (specifically Frenchman Flat) as part of the Upshot-Knothole series of nuclear tests. The test — codenamed Grable — was attended by then Chairman of the Joint Chiefs of Staff Adm. Arthur W. Radford and Secretary of Defense Charles Erwin Wilson; it resulted in the successful detonation of a 15 kt shell (W9 warhead) at a range of 7 miles. This was the first and only nuclear shell to be fired from a cannon.

The Grable mushroom cloud with the Atomic Cannon in the foreground.

The Grable mushroom cloud with the Atomic Cannon in the foreground. (Photo courtesy of National Nuclear Security Administration/Nevada Field Office)

After the successful test, there were at least 20 of the cannons manufactured at Watervliet and Watertown Arsenals, at a cost of $800,000 each. They were deployed overseas to Europe and Korea, often continuously shifted around to avoid being detected and targeted by opposing forces. Due to the size of the apparatus, their limited range, the development of nuclear shells compatible with existing artillery pieces (the W48 for the 155mm and the W33 for the 203mm), and the development of rocket and missile based nuclear artillery, the M65 was effectively obsolete soon after it was deployed. However, it remained a prestige weapon and was not retired until 1963.

Of the twenty M65s produced, at least eight survive on display.