The Reason our Lifespan is so short Today
During the Bronze Age, we blew ourselves up... with nukes.
In the previous post on Hesiod, we talked about the 100 years as being the time of childhood of an average person. This was during the Silver Age of humanity (9,650 – 8,255 BC/BCE).
Tonight, under the cold Winter sky, I shall present you some of the reasons why. First, let us begin with our DNA, since it is also the Rosetta Stone of the Messenger RNA jabs, also known as mRNA.
On this note, we notice a plethora of ‘expert’ articles and ‘fact-checkers’ coming out. The former claim the COVID jab extends the lifespan, while the latter ones claim that the jab does not reduce life expectancy.
Since you are reading this post, you are well aware that reality nowadays tends to be the opposite of what those types of articles claim.
If we add to that other ‘expert’ articles claim that it is COVID that reduces life expectancy, it generally means we can add the word ‘jab’ next to those capital letters.
However, a chemical intervention is not the only path that can cause damage our DNA. In an article of the scientific magazine Quanta Magazine, published on September 1st of 2021, states that only 2% of the human DNA is active, coding proteins. Meanwhile, the majority of bacteria devote 80% of their DNA such coding procedures.
So, why do we have such an extensive amount of DNA basically… inactive? The operative word here is ‘damage’. What else is known to cause severe DNA damage?
Nuclear radiation. To quote the University of Australia:
“Nuclear radiation (also called ionizing radiation) is energy released as high-speed charged particles or electromagnetic waves. Radiation can come from many sources, both natural and manufactured. All living things are constantly exposed to low doses of radiation from rocks, sunlight and cosmic rays.”
Notice the reference: “electromagnetic waves”.
To quote our ‘beloved’ World Health Organization:
“Mobile phones communicate by transmitting radio waves through a network of fixed antennas called base stations. Radiofrequency waves are electromagnetic fields, and unlike ionizing radiation such as X-rays or gamma rays, can neither break chemical bonds nor cause ionization in the human body.”
The same goes for WiFi signals. However, both our router and our cell phones perform the breakdown of our DNA at a much slower pace than a nuclear detonation.
Many of us have heard the name ‘Prometheus’. In the Hellenic/Greek language, that name means ‘the Provider’. According to the first reference by – again – Hesiod, Prometheus (a Titan) stole ‘the fire’ from the gods and gave it to the humans.
Since Prometheus left the side of the Pantheon after the Titanomachy (also known as The Clash of the Titans), we can place his action of stealing that ‘fire’ after the 9,650 BC/BCE catastrophe.
I could even go as far as place it after the year 8,255 BC/BCE Cataclysm of Ogygus, when a large asteroid, said to have been a remnant of the destroyed planet Phaethon hit the Earth, dramatically effecting its vertical axis.
I have referenced those in an older post in my Highlights Section. After two near consequent NELEs (Near Extinction Level Events) within a 1,400-year period, it is natural that whatever knowledge humanity had would have taken a significant hit. This would be incentive enough for someone like Prometheus to want to ‘aid’ humanity with the ‘gift of fire’.
The Meaning of ‘Fire’ in Mythology
However, that ‘fire’ in mythology is not the type of fire a contemporary person would think of. In the mythological sense, fire means ‘nuclear technology’. Some of you may think that this is too far-fetched. I would normally agree.
So, let us go to another civilization’s epic poem, the Mahabharata. That poem described fire ‘blasts’ as “more brilliant than a thousand suns,” and waves of ‘fire’ burning everything into a crisp within moments.
To that extend, I am quoting Times of India:
“English Indian analyst David Davenport observed proof of what gave off an impression of being the impact epicenter: a 50-yard sweep at the site, where all articles were found to have been intertwined and glassified—rocks had been dissolved by temperatures of around 1500 degrees C and transformed into a glass-like substance.”
Additionally,
“in the territory of Rajasthan in northwestern India, a layer of exceptionally radioactive cinder was found close to Jodhpur.”
This research was done due to the references of the Mahabharata poem about those blasts. In another section of that article, the city of Mohenjo-Daro, which was active around the year 2,500 BC/BCE, there were similar findings of 44 skeletons that had an ‘abrupt death’ all over the city.
Quoting the Smithsonian magazine:
“Tall el-Hammam’s mudbrick buildings stood up to five stories tall. Over the years, archaeologists examining the structures’ ruins have found evidence of a sudden high-temperature, destructive event—for instance, pottery pieces that were melted on the outside but untouched inside.”
– and –
“Because experts failed to find a crater at the site, they attributed the damage to an airburst created when a meteor or comet traveled through the atmosphere at high speed. It would have exploded about 2.5 miles above the city in a blast 1,000 times more powerful than the atomic bomb used at Hiroshima, writes study co-author Christopher R. Moore, an archaeologist at the University of South Carolina, for the Conversation.”
I personally believe the attribution of the timing of that explosion may have been off.
However, you get the idea.
Thus, if there were so many nuclear detonations during an extended period of time, does that justify a damage in our DNA enough to shorten our life expectancy?
Absolutely.
However, what else do these findings tell us?
That the ongoing wars and catastrophes humanity sustained during the Bronze Age (8,255 – 3,615 BC/BCE) that eventually led to the Cataclysm of Deucalion and Pyrrha may have very well been artificial and not natural or divine in origin.
What they also tell us is that we indeed had a technologically advanced civilization at the time, that ‘bombed itself back to the stone age.’ Thus, if with only 2% of our DNA active today we live for an average of 82 years, with an 80% activity (like the bacteria), would a simple extrapolation give us a 3,280 years’ worth of lifespan?
Of course, there are several more parameters to take into account, so one can only simply imagine. Doesn’t that create questions like: “Who or what are we really?” and “What were the real causes that led us into being who and what we are today?”