#nama4971 — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #nama4971, aggregated by home.social.
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System Analysis of the Analogue Calculating Unit NAMA 4971
This paper presents an interdisciplinary system analysis of the geometric clay artifact NAMA 4971 from the Cycladic Keros-Syros phase (ca. 2500 BC), traditionally interpreted as a "frying pan." Through precise trigonometric measurement and optical counting, the object is shown to be a highly complex, scriptless analogue large-scale chronometer.
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System Analysis of the Analogue Calculating Unit NAMA 4971
This paper presents an interdisciplinary system analysis of the geometric clay artifact NAMA 4971 from the Cycladic Keros-Syros phase (ca. 2500 BC), traditionally interpreted as a "frying pan." Through precise trigonometric measurement and optical counting, the object is shown to be a highly complex, scriptless analogue large-scale chronometer.
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System Analysis of the Analogue Calculating Unit NAMA 4971
This paper presents an interdisciplinary system analysis of the geometric clay artifact NAMA 4971 from the Cycladic Keros-Syros phase (ca. 2500 BC), traditionally interpreted as a "frying pan." Through precise trigonometric measurement and optical counting, the object is shown to be a highly complex, scriptless analogue large-scale chronometer.
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System Analysis of the Analogue Calculating Unit NAMA 4971
This paper presents an interdisciplinary system analysis of the geometric clay artifact NAMA 4971 from the Cycladic Keros-Syros phase (ca. 2500 BC), traditionally interpreted as a "frying pan." Through precise trigonometric measurement and optical counting, the object is shown to be a highly complex, scriptless analogue large-scale chronometer.
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System Analysis of the Analogue Calculating Unit NAMA 4971
This paper presents an interdisciplinary system analysis of the geometric clay artifact NAMA 4971 from the Cycladic Keros-Syros phase (ca. 2500 BC), traditionally interpreted as a "frying pan." Through precise trigonometric measurement and optical counting, the object is shown to be a highly complex, scriptless analogue large-scale chronometer.