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writes Jim Yardley in a story for the New York Times. Faggiano was trying to open a trattoria鈥攈ence the toilet fixing鈥攂ut he ended up creating an underground museum. Descending into the Museo Fagganio today is like descending through the citys history, with stops in the Roman, medieval, and Byzantine eras. In ancient cities, where the new has continually been built upon the old, archeological discoveries by way of construction projects is not unusual . But the story of one familys
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stanley cup ory of their building has a particular charm. When Faggiano first asked his eldest sons to dig to a sewer pipe, they had no idea what they were getting into: But one week quickly passed, as father and sons discovered a false floor that led down to another floor of medieval stone, which led to a tomb of the Messapians, who lived in the region centuries before the birth of Jesus. Soon, the family discovered a chamber used to store grain by the ancient Romans, and the basement of a Franciscan convent where nuns had once prepared the bodies of the dead. If this history only later became clear, what was immediately obvious was that finding the pipe would be a much bigger project than Mr. Faggiano had anticipated. He did not initially tell his wife about the extent of the work, possibly because he was tying a rope around the chest of his youngest son, Davide, then 12, and lowering him to dig in small, darkened openings. Dont worry, no Faggiano sons were hurt in the pu Abru U.S. Students Granted Up To $3.5 Billion In Debt Relief
This arc is one of the reasons you can hear sound in another room, as if the sound were bending around corners. It one of the reasons light spills out of a small hole in a spreading arch instead of a focus beam. And it come to be known as the Huygens ; Principle. Christian Huygens was a mathematician and natural philosopher, back in the 1600s. He wondered why waves behaved one way when they moved unobstructed, and behaved another when they moved through a small hole in a barrier. He noticed that light, sound, and water moved the same way, and figured they were all waves. But why were they behaving that way at all Huygens gave it some thought and came up with something unintuitive. He decided that every point on a wave w
stanley germany as making its own little wavelets all the time. Those wavelets moved out in a spherical pattern, again, all the time. This is why, when a wave is restricted to one point as it hits a barrier, that point radiates out a spherical wave. Nothing special happened to that point of the wave it just soldiered on while th
stanley tumblers e rest of the wave was stopped. But why don ;t we see all those little wavelets all the time Why doesn ;t the shape of a planar wave turn into something round If every point on a wave is propa
stanley cup gating the wavelets, we see all the crests moving together, forming the same shape as the original wave. They all send out their circles, and the nearest points of those circles form a line. So whe
