Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: While  admire the precision of atomic clocks and GPS satellites,  tend to forget the fundamental tools used in creating civilization. Flash back to the old Egyptians and their primitive yet effective instrumentation for surveys of their fields in the wake of the yearly flooding by the Nile. Or Eratosthenes of Syene's (today's Assuan) measurements of the Earth's circumference with no other tools than a tor and a deep ll in which waters reflected the image of the sun on the day of summer solstice. But even in our days of digital instrumentation and ultrahigh voltage por transmission lines, the means of measurement are often right there under your nose. Line workers - for instance - estimate the distance beten tors with nothing better than a two-by-four and a squeeze of the hand. Telepathy? No, just the knowledge that the speed of propagation of transversal oscillations in ACSR cables is nearly the same (130 m/s) for all gauge sizes, and that the length of conductor beten two support points can be found by counting the seconds beten a hearty hit on the cable and the feeling of its reflection in the fingers clamped around the cable. Primitive? Yes, but the method proves its value when it comes to comparative measurements, such as making sure that the spacing of adjacent spans is not exactly equal. As demonstrated later in the article, slightly unequal spacing is afforded to keep resonant cable vibrations from jumping the suspension points and propagating from span to span.
['Alex Hebra']
I am writing a research paper on a idea The reality of generating and transmitting ultrahigh voltage power, Part 1
[{"from": "human", "value": "I am writing a research paper on a idea The reality of generating and transmitting ultrahigh voltage power, Part 1"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: While  admire the precision of atomic clocks and GPS satellites,  tend to forget the fundamental tools used in creating civilization. Flash back to the old Egyptians and their primitive yet effective instrumentation for surveys of their fields in the wake of the yearly flooding by the Nile. Or Eratosthenes of Syene's (today's Assuan) measurements of the Earth's circumference with no other tools than a tor and a deep ll in which waters reflected the image of the sun on the day of summer solstice. But even in our days of digital instrumentation and ultrahigh voltage por transmission lines, the means of measurement are often right there under your nose. Line workers - for instance - estimate the distance beten tors with nothing better than a two-by-four and a squeeze of the hand. Telepathy? No, just the knowledge that the speed of propagation of transversal oscillations in ACSR cables is nearly the same (130 m/s) for all gauge sizes, and that the length of conductor beten two support points can be found by counting the seconds beten a hearty hit on the cable and the feeling of its reflection in the fingers clamped around the cable. Primitive? Yes, but the method proves its value when it comes to comparative measurements, such as making sure that the spacing of adjacent spans is not exactly equal. As demonstrated later in the article, slightly unequal spacing is afforded to keep resonant cable vibrations from jumping the suspension points and propagating from span to span."}]