一項新研究揭示了吉薩大金字塔的建造方式
New study explains how the Great Pyramid of Giza was built
數個世紀以來，吉薩大金字塔的建造方式引發了激烈的爭論。
For centuries, the construction of the Great Pyramid of Giza has sparked intense debate.
該模型指出，建造者曾利用內嵌在金字塔外牆的螺旋狀坡道。
By leaving intentional gaps in the structure as it rose, workers could move stones efficiently, filling these spaces with casing stones upon completion.
藉由在建築向上延伸時留下預留空隙，工人能夠高效地搬運石塊，並在完工後以外層石填補這些空間。
This method allows for a rapid pace, fitting the historically accepted 20–27 year construction timeline.
此種方法實現了快速施工，符合歷史學界公認的20至27年建造期限。
Adding to this efficiency, archaeologists discovered the 'Ahramat Branch,' a long-lost Nile waterway that acted as a logistics hub, allowing heavy materials to be transported by boat directly to the site.
為了增強此一效率，考古學家發現了一條失落已久的尼羅河支流——「阿赫拉馬特支流」（Ahramat Branch），該支流曾擔任物流樞紐，讓重型建材能藉由船隻直接運抵工地。
While some controversial theories, such as the 'unbuilding' method, have surfaced, mainstream experts continue to emphasize the sophistication and ingenuity of ancient Egyptian engineering.
雖然曾出現一些如「反建造法」等具爭議的理論，但主流專家仍強調古埃及工程技術的精巧與匠心。
Modern tools like 3D simulations and satellite imagery confirm that these structures were created through advanced planning rather than 'lost technology.'
透過3D模擬與衛星影像等現代工具，證實了這些建築是經由周密規劃而非「失落的科技」所造。
These findings reinforce that the pyramids were the work of highly skilled laborers, showcasing a monumental feat of human organization and geometric precision that continues to fascinate the world today.
這些發現再次確證了金字塔是由高技能勞工所完成的，展現了人類組織能力與幾何精確度的豐碑，這種壯舉至今仍令世界嘖嘖稱奇。
