90 Miles From Tyranny

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I Want To Say Thank You To Proflowers

For Valentine's Day, I ordered from http://www.proflowers.com/. It was a two part order and the first part got delivered on Valentine's day with no problems, which made myself and my pretty lady very happy.

The second part came from North Carolina, and was sent out on the day they had a severe snowstorm; In any case, through no fault of their own, the chocolate covered strawberries arrived yesterday and they were worse for wear.

I called Proflowers ready for a fight, there was no fight, they offered me any option I wanted, including a full refund on the roses that arrived on Valentines day, I just wanted the Strawberries redelivered. They arrive tomorrow. The next time I order flowers or special stuff, I am using Proflowers. They were just great in trying circumstances for everyone.

Amazing Wartime Facts from WWII

The first German serviceman killed in the war was killed by the Japanese (China, 1937)
The first American serviceman killed was killed by the Russians (Finland 1940).
The highest ranking American killed was Lt. Gen. Lesley McNair, killed by the US Army Air Corps.
The youngest US serviceman was 12 year old Calvin Graham, USN. He was wounded in combat and given a Dishonorable Discharge for lying about his age. (His benefits were later restored by act of Congress).
At the time of Pearl Harbor, the top US Navy command was called CINCUS (pronounced “sink us”), the shoulder patch of the US Army’s 45^th Infantry division was the Swastika, and Hitler’s private train was named “Amerika”. All three were soon changed for PR purposes.
More US servicemen died in the Air Corps that the Marine Corps. While completing the required 30 missions, your chance of being killed was 71%. Not that bombers were helpless. A B-17 carried 4 tons of bombs and 1.5 tons of machine gun ammo. The US 8^th Air Force shot down 6,098 fighter planes, 1 for every 12,700 shots fired.
Germany’s power grid was much more vulnerable than realized. One estimate is that if just 1% of the bombs dropped on German industry had instead been dropped on power plants, German industry would have collapsed.
Generally speaking, there was no such thing as an average fighter pilot. You were either an ace or a target. For instance, Japanese ace Hiroyoshi Nishizawa shot down over 80 planes. He died while a passenger on a cargo plane.
It was a common practice on fighter planes to load every 5^th found with a tracer round to aid in aiming. That was a mistake. The tracers had different ballistics so (at long range) if your tracers were hitting the target, 80% of your rounds were missing. Worse yet, the tracers instantly told your enemy he was under fire and from which direction. Worst of all was the practice of loading a string of tracers at the end of the belt to tell you that you were out of ammo. That was definitely not something you wanted to tell the enemy. Units that stopped using tracers saw their success rate nearly double and their loss rate go down.
When allied armies reached the Rhine, the first thing men did was pee in it. This was pretty universal from the lowest private to Winston Churchill (who made a big show of it) and Gen. Patton (who had himself photographed in the act). Don't believe me? Take a look at this.
German Me-264 bombers were capable of bombing New York City but it wasn’t worth the effort.
A number of air crewmen died of farts. (ascending to 20,000 ft. in an un-pressurized aircraft causes intestinal gas to expand 300%!)
The Russians destroyed over 500 German aircraft by ramming them in midair (they also sometimes cleared minefields by marching over them). “It takes a brave man not to be a hero in the Red Army”. Joseph Stalin
The US Army had more ships that the US Navy.
The German Air Force had 22 infantry divisions, 2 armor divisions, and 11 paratroop divisions. None of them were capable of airborne operations. The German Army had paratroops who WERE capable of airborne operations.
When the US Army landed in North Africa, among the equipment brought ashore were 3 complete Coca Cola bottling plants.
Among the first “Germans” captured at Normandy were several Koreans. They had been forced to fight for the Japanese Army until they were captured by the Russians and forced to fight for the Russian Army until they were captured by the Germans and forced to fight for the German Army until they were capture by the US Army.
The Graf Spee never sank, The scuttling attempt failed and the ship was bought by the British. On board was Germany’s newest radar system.
One of Japan’s methods of destroying tanks was to bury a very large artillery shell with on ly the nose exposed. When a tank came near the enough a soldier would whack the shell with a hammer. “Lack of weapons is no excuse for defeat.” – Lt. Gen. Mataguchi
Following a massive naval bombardment, 35,000 US and Canadian troops stormed ashore at Kiska. 21 troops were killed in the fire-fight. It would have been worse if there had been Japanese on the island.
The MISS ME was an unarmed Piper Cub. While spotting for US artillery her pilot saw a similar German plane doing the same thing. He dove on the German plane and he and his co-pilot fired their pistols damaging the German plane enough that it had to make a forced landing. Whereupon they landed and took the Germans prisoner. It is unknown where they put them since the MISS ME only had two seats.
Most members of the Waffen SS were not German.
The only nation that Germany declared was on was the USA.
During the Japanese attack on Hong Kong, British officers objected to Canadian infantrymen taking up positions in the officer’s mess. No enlisted men allowed!
Nuclear physicist Niels Bohr was rescued in the nick of time from German occupied Denmark. While Danish resistance fighters provided covering fire he ran out the back door of his home stopping momentarily to grab a beer bottle full of precious “heavy water”. He finally reached England still clutching the bottle, which contained beer. Perhaps some German drank the heavy water…

Contributed by Ronald Padavan, LTC, CAP MIWG Chief of Staff MSGT, USAF (Ret.) Past President Lodge 143, Fraternal Order of Police

As printed in, The Victory Division News. No. 4. December, 2000.

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Graphene nanoribbons could be the savior of Moore’s Law

With each new generation of microchips, transistors are being placed closer and closer together. This can only go on so long before there’s no more room to improve, or something revolutionary has to come along to change everything. One of the materials that might be the basis of that revolution is none other than graphene. Researchers at the University of California at Berkeley are hot on the trail of a form of so-called nanoribbon graphene that could increase the density of transistors on a computer chip by as much as 10,000 times.

Graphene has already earned its discoverers a Nobel Prize, but its true promise is only beginning to be realized. Graphene is a sheet of carbon only one layer of atoms thick. This two-dimensional physical configuration gives it some incredible properties like extreme electrical conductivity at room temperature. Researchers have been working on producing high quality sheets of the material, but nanoribbons ask more of science than it can currently deliver.

Work on nanoribbons over the past decade has revolved around using lasers to carefully sculpt ribbons 10 or 20 atoms wide from larger sheets of graphene. On the scale of billionths of an inch, that probably sounds incredibly precise. However, even a few carbon atoms can — one way or the other – completely alter the properties of the ribbon, preventing it from working as a semiconductor at room temperature.

Berkeley chemist Felix Fischer thinks he might have the solution. Rather than carve ribbons out of larger sheets like some sort of demented microscopic tailor, Fischer is creating the nanoribbons fully formed using a chemical process. Basically, he’s working on a new way to produce graphene that happens to already be in the right configuration for nanoribbons.

Fischer begins by synthesizing rings of carbon atoms similar in structure to benzene. Heating these molecules under the right conditions encourages them to bind together in a long chain. A second heating step strips away most of the hydrogen atoms, freeing up the carbon to form bonds in a honeycomb-like structure — graphene. This process allows Fischer and his colleagues to control where each atom of carbon goes in the final nanoribbon.