In this exercise, I aim to determinewhether a relationship exists betweenthefalls of ancient empires and theeras or half-eras. To do this, I gatherinformation about the beginnings,different periods, and the collapses ofthe following empires:

• Egyptian Empire
• Akkadian Empire
• Indus Valley Civilisation
• Roman Empire

As with the use of one aeon or half an aeon to analyse the last Ice Age and the Holocene, the beginnings, period transitions, and eventual disappearance of these four civilisations also align with the peaks and troughs of eras and, in some cases, with exact quarters of an era..

There is little to add beyond the observation that the wave frequencies of eras operate in the same way as those of suberas in the case of earthquakes, volcanoes, and solar flares, and in an identical manner to the aeon wave frequencies observed .earlier

Fall of the Akkadian Empire

A notable discovery dating back 4,200years reveals that the Akkadian Empire,the first empire of Mesopotamia, fellamidst significant transformations inEgypt and the Indus Valley, the othertwo great civilisations of the time.

• https://peru21.pe/ciencia/mesopotamia-cientificos-descubren-posible-causa-caida-imperio-acadio-449213-noticia

This historical event has been the subject of various studies, includingresearch led by StacyCarolin from theUniversity of Oxford (United Kingdom).

Archaeologists discovered a potentialwidespread climatic cause thatcontributed to the fall of this ancientempire through the study of stalagmitesfrom the Gol-e-Zard cave in the AlborzMountains of Iran.

A stalagmite study, published in thejournal PNAS, suggests that aprolonged drought may have triggeredthe changes leading to the fall of theAkkadian Empire. A stalagmite from theGol-e-Zard cave, formed between 5,200and 3,700 years ago, showed significantspikes in the magnesium-to-calciumratio in 2487 BC and 2235 BC,coinciding with slower growth rates andshifts in the oxygen isotopes of thestone. The findings indicate a drasticincrease in aridity, suggesting extendedperiods of low rainfall lasting 110 and290 years, respectively, beforeconditions returned to normal.

These two natural events occurred 306years and 54 years before thefall of theAncient Egyptian Empire, and 287 yearsand 35 years before the fall of theAkkadian Empire, alongside a cyclicalshift in the Indus Valley civilisation.They appear to provide sufficientevidence of being key triggers. Thissupports the Yuga hypothesis,suggesting that during Yugatransitions—just as observed with thepeaks and troughs of axial precessionunits—transformative events like these occur.

Chronology of the Egyptian Empire

Chronology of the Indus ValleyCivilization