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Decyphering the Ancient Greek Writing on the Themopyles (Thermopylae) Plinthby Martin Cohen, Company SevenA summary of the author's visit there on 30 September 2003, and the story of the help provided by David Illig and Xenos Kahilas in understanding the writing on the plinth
Why Thermoyles? This is the site of a battle which occurred in the year 480 B.C. It witnessed some of the best characteristics of man at war: courage, intelligence, loyalty, and ultimately betrayal and defeat - as honorable a defeat as has ever been achieved by men at war. I recall some years ago, when as a young child I watched the movie "The 300 Spartans" on television. This was the 1961 movie with Richard Egan, and which was recently released on DVD. While the film itself is not a great spectacular production on par with other great epics, the story made such an impression on me that combined with my love of ancient history I promised to visit Thermopyles some day. So for our honeymoon I offered to take Marlene to Greece, but while there were many places to visit I told her that there was something so special about Thermopylae that this first trip to Greece should be considered a "mission", with military like planning and precision whose ultimate objective was the visit to Thermopylae. So while we first visited and stayed in other locations, it was Thermopylae that was most on my mind. Right: Thermopyles, the monument associated with the final location of the Spartan position where they were overwhelmed by Persian archers (47,012 bytes). Click on the image to see enlarged view (524,130 bytes). I planned this trip so that we would be able to visit Greece at a time of modest congestion. I anticipated the weather would be cool and moderate in September and early October ranging from lows of about about sixty on the mainland up to ninety degrees F on the Island of Santorini. I also chose these dates on which to make my visit because the area would be free of most other tourists, there would be no storms and clear weather for the most part, and the amount of daylight per 24 hour period was still reasonable. Over the course of about three weeks we visited Santorini staying in Oia but seeing Fira and Akrotiri too (five days). Then to Athens (three days), then we drove North along the coast to Thermopylae, and Trikala. From Trikala we drive to Metora where we visited three of the operating monasteries including the ÒHoly Monastery of Grand MeteoronÓ. From Meteora we toured the country over a day or two ending up in Delphi for a couple of days Ð I had to visit the Sacred Spring, the Tholos, and of course walk the Holy Walk through the ruins of the main complex. From Delphi we drove south then west along the coast eventually crossing on a Ferry to the Pelopennese. We spent several more days touring Olympia, then driving to Tripoli and then to visit Sparta. From Sparta we drove east to the coast and worked our way north through Argos on to Mykines. From there we returned to Athens with with enough time to walk the plains of Marathon! The trip was a resounding success. I too many pictures and put together 1222 photos in an album on my Macintosh computer. There is so much in Greece that is photogenic Ð I even took pictures of my favorite foods so I can enjoy the meal over and over again (in my mind) through the years. And yet we saw only a small fraction of Greece, and only had a brief glimpse at the Greek experience so I know we will return someday. The most critical components of the trip would include layered clothing, good sunglasses (ideally polarized and photochromic), comfortable walking and hiking shoes, and a pocket digital camera with a pocketable tripod stand. I chose to wear my trusty weather proof Leica Trinovid 10 x 32 BN Trinovid binocular in its Holster conveniently accessible outside my rain shell on a belt. I thought of taking a larger 42mm binocular but light gathering requirements for daytime observing did not justify the extra weight or bulk and I do prefer to "hike light". I also considered taking a portable astronomical telescope. However noting the latitude was close to that of my home and so I would see no particularly new areas of the night sky, and I would need to take a large bulky telescope to do better than what I could do with my largest telescopes at home, I concluded the effort was not justified. Traffic Signs: Merely suggestions: A noteworthy aspect of this journey were the experiences of courtesy from the residents whom we encountered in Nova Scotia; it was uniformly downright disarming. As we moved through the airport, drove the roadways, and at all destinations, consideration would be the normal experience. One could not tell "rush hour" from any other time of day since the roads remained uncluttered and passable throughout the day. Slow traffic stayed to the right lane, most obey the speed limits - no radar traps seemed necessary and few people were in such a hurry to pass on the left anyway. And the gasoline stations offered a Full Service lane; imagine that, someone asking if they could check your oil as they cleaned the windshield and filled up our tank! There were miles and miles of tranquil forest and countryside lining our travels, the air was pure, and the sounds serene. This was all a culture shock for us coming from the overdeveloped, congested, stressful Washington, D.C. area - and yet we too soon found ourselves happily returning consideration in kind - of course that was until we returned home... Reading the Writing: There are few astronomical events whose effects can be readily observed with the naked eye, among these are the tides. Tides result from the gravitational pulling effects exerted by the Sun and Moon on the Earth. In part because of these effects the Earth is not a perfect sphere, it actually is somewhat distorted bulging around its girth in directions both toward and away from the Moon. So the circumference of the Earth at the Equator is greater than that measured around the North and South Poles. As the Earth rotates the bulges move across the Earth so that the elongation of this circumference is always in line with the Moon. It is because water is more fluid than land that the sloshing produces the tides.
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