Woodward Research Institute, based at Basel, Switzerland in 1963. He also became a trustee of his alma mater, MIT, from 1966 to 1971, and of the Weizmann Institute of Science in Israel.
Woodward died in Cambridge, Massachusetts from a heart attack in his sleep. At the time, he was working on the synthesis of an antibiotic, erythromycin. A student of his said:
"I owe a lot to Woodward. He showed me that one could attack difficult problems without a clear idea of their outcome, but with confidence that intelligence and effort would solve them. He showed me the beauty of modern organic chemistry, and the relevance to the field of detailed careful reasoning. He showed me that one does not need to specialize. Woodward made great contributions to the strategy of synthesis, to the deduction of difficult structures, to the invention of new chemistry, and to theoretical aspects as well. He taught his students by example the satisfaction that comes from total immersion in our science. I treasure the memory of my association with this remarkable chemist."
During his lifetime, Woodward authored or coauthored almost 200 publications, of which 85 are full papers. The remainder comprising preliminary communications, the text of lectures, and reviews. The pace of his scientific activity soon outstripped his capacity to publish all experimental details, and much of the work in which he participated was not published until a few years after his death. Woodward trained more than two hundred Ph.D. students and postdoctoral workers, many of whom later went on to distinguished careers.
His lectures were legendary and frequently used to last for three or four hours. [His longest known lecture defined the unit of time known as the "Woodward", and thereafter his other lectures were deemed to be so many "milli-Woodwards" long!] In many of these, he eschewed the use of slides and used to draw beautiful structures by using multicolored chalk. As a result, it was always easy to take good notes at a Woodward lecture. Typically, to begin a lecture, Woodward would arrive and lay out two large white handkerchiefs on the countertop. Upon one would be four or five colors of chalk (new pieces), neatly sorted by color, in a long row. Upon the other handkerchief would be placed an equally impressive row of cigarettes. The previous cigarette would be used to light the next one. His famous Thursday seminars at Harvard often lasted well into the night. He had a fixation with blue, and all his suits, his car, and even his parking space were coloured in blue. In one of his laboratories, his students hung a large black and white photograph of the master from the ceiling, complete with a large blue "tie" appended. There it hung for some years (early 1970s), until scorched in a minor laboratory fire. He detested exercise, could get along with only a few hours of sleep every night, was a heavy smoker, and enjoyed Scotch whisky and a martini or two. Hoffmann would correspond with Woodward using blue paper.
Petrichor
Petrichor () is the name of the scent of rain on dry dirt. The term was created by two Australian researchers for an article in the journal "Nature."
Citroën Xsara Picasso
The Citroën Xsara Picasso is a compact MPV from Citroën introduced in 1999. Its successor, the Citroën C4 Picasso, was introduced in 2006, but the Xsara Picasso still continued to be made until 2012.
Crypsis
Crypsis is a word in ecology which means "hiding". It refers to the ways animals avoid being seen, or otherwise detected. It also includes the situation when an animal "is" noticed, but is not recognised for what it is. It may be either a defence against predators, or a device for predators to get near prey.
Methods include camouflage, nocturnality (night-time activity), subterranean lifestyle, transparency, and mimicry. The word can also be used about eggs, and about pheromone production. Crypsis can in principle involve visual, olfactory or auditory camouflage.
IMI Galil
The Galil is a family of Israeli small arms. They were designed by Yisrael Galil and Yaacov Lior in the late 1960s. They were made by Israel Military Industries Ltd (now Israel Weapon Industries Ltd) of Ramat HaSharon.
The Galil's design is supposed to make it work well in warm weather. It was designed from the Finnish RK 62. The RK 62 itself was designed from the Soviet AK-47 assault rifle. It was chosen as the winner of a competition for the Israel Defense Forces. This competition included many other designs. Some of these were the M16A1, Stoner 63, AK-47 and HK33. The Galil was officially brought into service in 1972. It replaced the FN FAL.
The Galil is fired by a small hammer. It has a trigger mechanism which was designed from the trigger used in the American M1 Garand. The rifle's fire has three positions: "R" (First letter of "repeating", which is a British word for semi-automatic fire); the middle position, "A", gives fully automatic fire; and pushing the lever fully forward turns on the safety so that the weapon can not be fired.
The weapon is made with a plastic hand guard and pistol grip. The rifle can be used with a sound suppressor. A suppressor makes the weapon quieter. The weapon has a bottle opener and wire cutter built into the bipod. The bottle opener was built in to stop damage to magazines. This was because the magazines were being used to open bottles. Wire cutters were built in to reduce the time that IDF troops took to cut down wire fences. This is because there are many wire fences in rural areas of Israel.
The barrel has a flash suppressor. It can be used to launch rifle grenades or attach a bayonet. It is possible to attach the M7 bayonet to the Galil.
The Galil gets its ammunition from a curved, steel box magazine. It can hold 35 rounds. There is a special colour-coded 12-round magazine which is used for blanks. The magazine is put into the gun in a similar way to the AK group. A special attachment can allow the Galil to use STANAG magazines.
The AR is the normal rifle version. It has a plastic handguard. The handguard can take a lot of damage before breaking. The stock of the AR can fold (to the right side).
The SAR carbine type of the AR has a shorter barrel (332 mm, 13.07in). Because the barrel is shorter, the mechanisms inside the barrel are also smaller.
The ARM version is a light machine gun. It has a handle to carry the weapon, a bipod which folds and a larger handguard. The handguard is made from wood. The wooden handguard stays cool when the weapon is being fired fully automatically. The bipod can be used as a wire cutter. The back of the handguard can be used to open bottles. This was put in to stop soldiers opening bottles with the magazines, as this damaged them.
MAR stands for Micro Galil. It is a smaller version of the SAR. It weighs 2.98 kg without a magazine. The MAR gets its ammunition from a 35-round magazine. Two of these can be attached to make reloading quicker. The MAR has the same rate of fire (630-750 rounds per minute) as other 5.56 mm Galil models. An optional magazine adapter inserted inside the magazine well allows the use of standard 20 and 30-round M16 magazines. The MAR has four settings: "S"—weapon can not fire, "A"—automatic fire, "B"—3-round burst, "R"—semi-automatic fire. The MAR can have many different sights attached to it. The MAR can also be given with plastic magazines (instead of steel magazines). These weigh 0.164 kg. They can also be given with more space around the trigger so that soldiers wearing gloves can fire it.
Some other types of Galil are:
Cannabaceae
Cannabaceae the hemp family of the rose order, containing 11 genera and 270 species of aromatic herbs distributed throughout temperate parts of the Northern Hemisphere.