In 1944, U.S. airmen selected Kathleen O'Malley as "the girl we'd most like to see in our bombsight."
Being in the bombsight doesn't sound like a good thing.
Kathleen O'Malley's IMDB page. Her earliest credited role was in 1926 when she was thirteen months old. Her final one was in 1998. That's quite a career.
Physicist Samuel T. Cohen is credited with inventing the neutron bomb — a nuclear weapon designed to minimize blast damage but maximize the release of radiation, so that it would kill people but preserve infrastructure.
Cohen later came up with the idea of a neutron radiation wall. This would be a wall of ionizing radiation that would kill anyone who passed through it. He suggested that Israel could build a neutron radiation wall along its border to protect itself from invasion.
What I am suggesting is the construction of a border barrier whose most effective component is an extremely intense field of nuclear radiation (produced by the operation of underground nuclear reactors), sharply confined to the barrier zone, which practically guarantees the death of anyone attempting to breach the barrier...
Briefly, this is how such a barrier scheme would work:
During peacetime, the reactors (employed underground, for protection and safety) are operated on a continual basis, as are our power reactors. The neutrons produced by the fission reactions escape into a solution containing an element that, upon absorbing the neutrons, becomes highly radioactive and emits gamma rays (very high energy X-rays) at extremely high intensity. The radioactive solution is then passed into a series of pipes running along the barrier length in conjunction with conventional obstacle components—mines, Dragon's Teeth, tank traps, barbed wire, etc. To the rear of the pipes and obstacle belts is a system of conventional defensive fortifications. (The obstacles, the firepower from the fortifications, and tactical air power all serve to impede the rate of advance of the attacker, increasing the attacker's exposure to the gamma radiation. Vice versa, by quickly incapacitating the attacker, the radiation serves to make it difficult, or even impossible, for the attacker to remove the obstacles and assault the fortifications.) The width of the entire defensive system need be no more than a few miles.
The gamma ray field in the immediate vicinity of the obstacle zone readily can be sufficiently intense that several minutes' exposure will produce incapacitation and ultimately death. However, at a distance of, say, 1,000 yards from the pipes, the radiation intensity is so reduced that people are perfectly safe. In fact, a person could stand all day at this distance without putting himself in jeopardy.
A very British way of asking people to not blow up garbage workers:
[Detective-constable Frank Loydall] urged that members of the public wishing to dispose of explosives of any sort should not put them into dustbins or other refuse containers
Ballistic Systems Co. sells bulletproof clipboards, starting at $40. They boast that they've sold "over 170,000 clipboards to law enforcement officers nationwide."
While I'm sure the clipboards really are bulletproof, I'm skeptical about whether they'd be much help in preventing someone from getting shot. Wouldn't the force of a bullet simply knock the clipboard out of their hands?
Contrast this with the Clipboard Gun we've previously posted about.
We have seen instances of this theme before: a giant nuclear mushroom cloud does not indicate death and destruction, but rather it shows your product is powerful.
David Girag of Glendale, CA recently was granted a patent (11,877,572) for a "portable flame propelling device" to deter an attack by an animal "such as a bear, lion, dog, or human."
I think this would just anger a bear, and then cause a forest fire.
Paul Di Filippo
Paul has been paid to put weird ideas into fictional form for over thirty years, in his career as a noted science fiction writer. He has recently begun blogging on many curious topics with three fellow writers at The Inferior 4+1.